Input: [Patent #] US-8,048,310 [Description]

Output: Method and device for the removal of partially protein bound substances A method and a device to increase the efficiency of dialysis for the removal from blood of substances that are more or less tightly bound to carriers such as...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,309 [Description]

Output: Seawater-based carbon dioxide disposal A method for disposing of carbon dioxide is provided. According to the invention, CO.sub.2 is dissolved in seawater and the salinity of the seawater is...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,308 [Description]

Output: Process for separating at least one actinide element from lanthanide elements in an aqueous medium by... The invention relates to a process for separating, in an aqueous medium, at least one actinide element from one or more lanthanide elements by using at least...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,307 [Description]

Output: Dynamic filtration device using centrifugal force The present invention generally relates to a filtration system having one or more apparatuses for filtering gases, liquids, or fluids (e.g., water) to remove...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,306 [Description]

Output: Scouring method A method and apparatus for removing fouling materials from the surface of a plurality of porous membranes (9) arranged in a membrane module (4) by providing,...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,305 [Description]

Output: Methods for separating and analyzing anionic compounds Systems, methods and compositions for the purification, separation and analysis of anionic compounds, including polyanionic compounds are disclosed.

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,304 [Description]

Output: Solvent extraction and recovery Systems and methods for improving dense gas solvent extraction of a solute and recovery of the solvent are provided. A pressure of the solvent/solute mixture...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,303 [Description]

Output: Bioretention system and method A bioretention system and method are provided for removing phosphorus, nitrogen and other materials from effluent such as wastewater and stormwater. The system...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,302 [Description]

Output: Filtering apparatus with hinge belt An endless belt filtering system for separating solid particles from a flow of contaminated liquid to produce a generally clean liquid. The system having a...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,301 [Description]

Output: Device for treating a fluid The invention relates to a device 1 for treating a fluid, including a container 2,3 with inner space, at least one entrance to the inner space arranged on the...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,300 [Description]

Output: Oil spill recovery vessel An oil recovery vessel utilizing a hybrid hull wherein the bow portion is a catamaran style hull having an oil collection assembly intermediate the port and...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,299 [Description]

Output: Crossflow pressure liquid filtration with ultrasonic enhancement Methods and apparatus for increasing the duration of uninterrupted filtering flow by using crossflow filtration and ultrasonic energy in difficult to filter...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,298 [Description]

Output: Household effluent purification plant Plant comprising a homogenization tank (100) equipped with a stirrer (120) and with a pumping unit (140), a connecting pipe (300) leaving the pumping unit (140)...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,297 [Description]

Output: Method and apparatus for collecting biological materials A method and apparatus can separate and concentrate a selected component from a multi-component material. The multi-component material may include a whole...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,296 [Description]

Output: Filtering device for liquid filtration An apparatus for filtering liquid that includes a filter having an external surface; a rotatable shaft extending through the filter; and a movable member...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,295 [Description]

Output: Process for decreasing bromine-reactive contaminants in hydrocarbon feeds A process for reducing the Bromine Index of a hydrocarbon feed containing bromine-reactive contaminants that has improved cycle length and utilizes a...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,294 [Description]

Output: Process for reducing bromine index of hydrocarbon feedstocks A process for reducing the Bromine Index of a hydrocarbon feedstock, the process comprising the step of contacting the hydrocarbon feedstock with a catalyst at...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,293 [Description]

Output: Desulfurization catalyst for catalytic cracked gasoline and method for desulfurizing catalytic cracked gasoline... The desulfurization catalyst for catalytic cracked gasoline according to the present invention has high performance in removal of sulfur compounds in gasoline...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,292 [Description]

Output: Systems and methods for producing a crude product Systems and methods for hydroprocessing a heavy oil feedstock, the system employs a plurality of contacting zones and separation zones and a solvent...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,291 [Description]

Output: Heavy oil upgrader Systems and methods for processing one or more hydrocarbons are provided. One or more hydrocarbons can be selectively separated to provide one or more heavy...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,290 [Description]

Output: Process for producing branched hydrocarbons The invention relates to a process for producing base oils, comprisings the steps where feedstock selected from ketones, aldehydes, alcohols, carboxylic acids,...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,289 [Description]

Output: Parallel patch clamp system A system for high-throughput analysis of membranous samples having ion channels including at least one membranous sample, a multi-compartment structure...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,288 [Description]

Output: Impressed current protection for food or beverage containers Techniques are generally described herein for protecting food or beverage containers (e.g., cans) using impressed current protection. In various embodiments,...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,287 [Description]

Output: Method for selectively removing conductive material from a microelectronic substrate Methods and apparatuses for selectively removing conductive materials from a microelectronic substrate. A method in accordance with an embodiment of the...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,286 [Description]

Output: Aluminum reduction cell fuse technology A method of taking inoperative pot online using fuse in an aluminium manufacturing plant operating on electrolysis process is disclosed. The manufacturing plant...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,285 [Description]

Output: Low hydrogen embrittlement zinc/nickel plating for high strength steels The invention provides a method for producing a corrosion-resistant article, where the article is conductive and subject to hydrogen uptake during...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,284 [Description]

Output: Metal plating compositions Disclosed are metal plating compositions for plating a metal on a substrate. The metal plating compositions include compounds which influence the leveling and...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,283 [Description]

Output: Method and apparatus for plating semiconductor wafers First and second electrodes are disposed at first and second locations, respectively, proximate to a periphery of a wafer support, wherein the first and second...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,282 [Description]

Output: Apparatus and method for plating a substrate A plating apparatus and method bubbles generated at the plating surfaces easily removed and the uniformity of the thickness of the plated film within the plated...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,281 [Description]

Output: Method for producing tight pitched coil with reduced processing steps Methods for fabricating thin film magnetic head coil structures are disclosed. The methods disclose deposition of a first thick seed layer, followed by...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,280 [Description]

Output: Process for electroplating metals into microscopic recessed features Several techniques are described for reducing or mitigating the formation of seams and/or voids in electroplating the interior regions of microscopic recessed...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,279 [Description]

Output: Method and apparatus for electrocoagulation of liquids An electrocoagulation treatment device includes a plurality of spaced reaction plates disposed within a reaction chamber. A voltage is applied to selected...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,278 [Description]

Output: Reference electrode having a flowing liquid junction and filter members A flowing junction reference electrode comprising a liquid junction member matched with a filter. The junction member and the filter are situated between a...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,277 [Description]

Output: Magnet unit and magnetron sputtering apparatus A magnet unit, which can realize uniform film thickness distribution of a thin film formed on a substrate without increasing the length and width of a target....

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,276 [Description]

Output: Electrolysis apparatus Solid oxide stacks used as fuel cells generate electricity from hydrogen or other sources. By an electrolysis process such standard fuel cells can be operated...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,275 [Description]

Output: Method of solubilizing carbon nanomaterial [Problems] The present invention is to provide a method of solubilizing a carbon nanomaterial, in which a carbon nanomaterial can be dissolved in a hydrophilic...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,274 [Description]

Output: Electrochemistry technical field The invention relates to novel methods for affecting, controlling and/or directing various reactions and/or reaction pathways or systems by exposing one or more...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Patent #] US-8,048,273 [Description]

Output: Arrangement for treatment of cellulose pulp A washer for washing and dewatering of cellulose pulp is disclosed, comprising a rotatable drum with a plurality of outer compartments for the pulp to be washed...

Patents filed at Nov 01 2011 | Method for manufacturing thermal interface material having carbon nanotubes | Patents.com


Input: [Command] git remote add [remote-name] [url] [Description]

Output: adds a new remote repository

Git Source Control Management - Linode Guides & Tutorials


Input: [Command] git fetch [repository [refspec]] [Description]

Output: gathers all the data from a remote project that you do not have yet

Git Source Control Management - Linode Guides & Tutorials


Input: [Command] git pull [Description]

Output: obtains and merges a remote branch into your current branch

Git Source Control Management - Linode Guides & Tutorials


Input: [Command] git push [remote-name] [branch-name] [Description]

Output: moves your data from your branch to your server

Git Source Control Management - Linode Guides & Tutorials


Input: [Command] git remote show [remote-name] [Description]

Output: displays information about the remote you specified

Git Source Control Management - Linode Guides & Tutorials


Input: [Command] git remote rename [old-name] [new-name] [Description]

Output: renames a remote

Git Source Control Management - Linode Guides & Tutorials


Input: [Command] git remote rm [name] [Description]

Output: removes the remote you specified

Git Source Control Management - Linode Guides & Tutorials


Input: [Description] The canvas represents the entire viewable area, or stage of the scene. You can change the size and color of the canvas. [Item]

Output: Canvas


Input: [Description] The overscan area is the gray area (or offstage region) around the canvas from which objects can enter and exit the canvas during an animation. You can also use the overscan area to store objects for future use. Tip: To hide the contents of the overscan area, click the Overscan button. To change the overscan area to semi-transparent, choose View > Show Overscan As Half Opacity. [Item]

Output: Overscan area


Input: [Description] The rulers appear at the top and left of the project workspace and provide measurements in pixels. The vertical and horizontal position of the mouse pointer is indicated on the respective ruler. You can show or hide the rulers. [Item]

Output: Rulers


Input: [Description] The grid is an alignment tool represented by regularly-spaced horizontal and vertical lines. To assist with alignment, you can snap to the grid; when objects are created or moved, they will automatically align to a gridline. By default, the Plazmic Composer grid system is aligned at the upper-left corner of the document window. You can alter the alignment coordinates of the grid to accommodate changes within your content. You can show or hide gridlines, adjust their color and spacing, and select the Snap to Grid option. [Item]

Output: Grid


Input: [Description] Guides are alignment tools that you can add wherever you need them, by dragging them from the horizontal or vertical rulers. You can snap to guidelines to assist with alignment; when objects are created or moved, they will automatically align to a guide line. You can show or hide guides, select the Snap to Guides option, or lock the guides to prevent them from being accidentally moved. [Item]

Output: Guides


Input: [Description] The limits show the edges of the canvas, extended the to full width and height of the workspace. You can use the limit lines to resize the canvas by dragging them to the appropriate size. You can show or hide limit lines, or lock them to prevent them from being accidentally moved. [Item]

Output: Limits


Input: [Pos] 1B [Who is Eligible] Only first basemen [What it Means]

Output: First Base

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] 2B [Who is Eligible] Only second basemen [What it Means]

Output: Second Base

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] 3B [Who is Eligible] Only third basemen [What it Means]

Output: Third Base

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] SS [Who is Eligible] Only Shortstops [What it Means]

Output: Shortstop

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] C [Who is Eligible] Only catchers [What it Means]

Output: Catcher

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] CI [Who is Eligible] Any first or third baseman [What it Means]

Output: Corner Infield

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] MI [Who is Eligible] Any second baseman or shortstop [What it Means]

Output: Middle Infield

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] IF [Who is Eligible] Any infielder [What it Means]

Output: Infield

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] LF [Who is Eligible] Only left fielders [What it Means]

Output: Left Field

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] CF [Who is Eligible] Only center fielders [What it Means]

Output: Center Field

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] RF [Who is Eligible] Only right fielders [What it Means]

Output: Right Field

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] OF [Who is Eligible] Any left, center or right fielder [What it Means]

Output: Outfield

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] Util [Who is Eligible] Any non-pitcher [What it Means]

Output: Utility

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] SP [Who is Eligible] Only starting pitchers [What it Means]

Output: Starting Pitcher

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] RP [Who is Eligible] Only relief pitchers [What it Means]

Output: Relief Pitcher

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] P [Who is Eligible] Any starting or relief pitcher [What it Means]

Output: Pitcher

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] BN [Who is Eligible] Any player [What it Means]

Output: Bench

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Pos] DL [Who is Eligible] Any player on real-life DL [What it Means]

Output: Disabled List

Yahoo Public 81387 - Democrats R Us | Fantasy Baseball | Yahoo Sports


Input: [Feature/Patch] logger [Status] not mainlined [Part of core?] yes [Owner/Interested parties] Tim Bird [Notes] should be non-controversial (though I'm always surprised) [Description]

Output: kernel support for Android system logging


Input: [Feature/Patch] wakelocks [Status] not mainlined [Part of core?] yes [Owner/Interested parties] Rafael Wysocki [Notes] Is important due to impact on board support and drivers by 3rd parties [Description]

Output: Power management locking mechanism to prevent opportunistic suspend


Input: [Feature/Patch] Android alarm timers [Status] Partial: Posix alarm timers were mainlined in kernel version 2.6.38 - see https://lwn.net/Articles/429925/ [Part of core?] yes [Owner/Interested parties] John Stultz [Notes] Mending patches to convert Android Alarm Timers to utilize the upstreamed alarm timer work are still pending. [Description]

Output: Timers that count down during suspended operation, and can wake from suspend


Input: [Feature/Patch] ashmem [Status] not mainlined [Part of core?] yes [Owner/Interested parties] John Stultz [Notes] Working on fadvise volatile alternative implementation that handles part of the ashmem functionality. However, there are additional aspects of ashmem design that need to be addressed(no tmpfs mounts, atomic create/unlink behavior,etc). [Description]

Output: Shared memory implementation that allows unpinned pages to be marked, which can be dropped by the kernel under memory pressure


Input: [Feature/Patch] network security [Status] not mainlined [Part of core?] ? (can run without it, but network security won't be enforced) [Owner/Interested parties] no one [Notes] May be very difficult to mainline, as the code is extremely Android-specific with hardcoded GIDs and capabilities. [Description]

Output: special permission checks for secure access to network operations


Input: [Feature/Patch] binder [Status] not mainlined [Part of core?] yes [Owner/Interested parties] no one [Notes] Generated a fair amount of discussion on last submission. See http://elinux.org/Android_Binder#obstacles_to_mainlining [Description]

Output: Android inter-process communication mechanism


Input: [Feature/Patch] wireless features [Description]

Output: (more specific please?)


Input: [Feature/Patch] timed gpio [Status] not mainlined (but see linux-next staging as of 12/16/11) [Description]

Output: perform gpio operations as a result of specified timeouts


Input: [Feature/Patch] low memory killer [Status] not mainlined (but see linux-next staging as of 12/16/11) [Part of core?] yes (but system might work without it) [Owner/Interested parties] Anton Vorontsov [Notes] See https://lkml.org/lkml/2011/12/18/173 for discussion about these patches [Description]

Output: feature to manage application lifecycle in low memory conditions


Input: [Feature/Patch] ram console [Status] not mainlined (but see linux-next staging as of 12/16/11) [Part of core?] no [Owner/Interested parties] no one [Description]

Output: ability to save console output to a reserved ram area for diagnostics on a subsequent boot


Input: [Feature/Patch] ion graphics memory driver [Status] not mainlined [Part of core?] yes (for 4.0 and later?) [Owner/Interested parties] Jesse Barker [Description]

Output: graphics memory drivers thingie


Input: [property] monitorType [type] enum [applies to] all [description]

Output: one of counter, guage, string

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] observedAttribute [type] string [applies to] all [description]

Output: the attribute being observed

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] granualityPeriod [type] long [applies to] all [description]

Output: granularity period (in millis) for the attribute being observed. As per JMX, default is 10 seconds

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] initThreshold [type] number [applies to] counter [description]

Output: initial threshold value

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] offset [type] number [applies to] counter [description]

Output: offset value

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] modulus [type] number [applies to] counter [description]

Output: modulus value

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] differenceMode [type] boolean [applies to] counter, gauge [description]

Output: true if difference should be reported, false for actual value

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] notifyHigh [type] boolean [applies to] gauge [description]

Output: high notification on/off switch

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] notifyLow [type] boolean [applies to] gauge [description]

Output: low notification on/off switch

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] highThreshold [type] number [applies to] gauge [description]

Output: threshold for reporting high notification

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] lowThreshold [type] number [applies to] gauge [description]

Output: threshold for reporting low notificaton

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] notifyDiffer [type] boolean [applies to] string [description]

Output: true to fire notification when string differs

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] notifyMatch [type] boolean [applies to] string [description]

Output: true to fire notification when string matches

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [property] stringToCompare [type] string [applies to] string [description]

Output: string to compare against the attribute value

Book Component Appendix - Apache Camel - Apache Software Foundation


Input: [Suggested Actions...] Periodically audit your check stock to ensure all unused checks can be accounted for. [Functions]

Output: Audit

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] For a better audit trail, you may want to have separate accounts and separate employees for accounts payable and accounts receivable. [Functions]

Output: Bank Accounts

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Examine statements immediately when they come in the mail (or online) in order to monitor fraudulent account activity. [Functions]

Output: Bank Statements

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Have someone independent of check-writing responsibilities reconcile your bank accounts. Rotate personnel on a quarterly basis. Always provide dual approvals on wire and ACH transactions. This ensures more than one employee is reviewing these types of transactions. [Functions]

Output: Segregation of Duties

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Keep your check stock locked up at all times. When checks are printed, every check should be accounted for, including voided, jammed and cancelled checks. [Functions]

Output: Check Stock

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Protect all documents by locking them up and always maintaining a "clean desk" policy. If documents need to be discarded, shred them! [Functions]

Output: Document Management

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Screen new employees by having background checks performed before making a job offer - even for part-time employees or contractors. [Functions]

Output: Employees

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Investigate areas where moving to electronic processing and operations will reduce risk and increase controls by making it tougher to destroy and hide important documents. [Functions]

Output: Paper vs. Electronic

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] More times than not, the "trusted" employee is responsible for embezzling funds. They get forgotten about because they've been around a while and they know the system. [Functions]

Output: The "Trusted" Employee

Preventing Embezzlement - City National Bank


Input: [Suggested Actions...] Secure check stock, signature equipment, invoices, statements and other critical information. [Functions]

Output: Protect All Accounting Documents

Preventing Embezzlement - City National Bank


Input: [Date] 2 weeks 1 day ago [Body] FYI...Simeon is a pretty storied program in basketball -- both Derrick Rose and Jabari Parker went there, as did fformer OL Chris Bryant and another former target in Jordan Diamond....good to see their baseball program producing top notch guys as well [Title]

Output: FYI...Simeon is a pretty


Input: [Date] 4 weeks 4 days ago [Body] My high school is undefeated in football....also winless since we didn't have a team [Title]

Output: My high school is undefeated


Input: [Date] 5 weeks 3 days ago [Body] When I first read the title, I was expecting the highest ranked commit from each state...think that's something you could pull together WD? I expect that modern era rankings wouldn't cover each state for Michigan, but curious which states have never been represented. [Title]

Output: When I first read the title,


Input: [Date] 7 weeks 1 day ago [Body] If the Phillies had scored the game's only run, it would;ve ended with a P1OP [Title]

Output: If the Phillies had scored


Input: [Date] 7 weeks 1 day ago [Title]

Output: (No subject)


Input: [Date] 7 weeks 2 days ago [Body] The guy running a hostel I stayed at in South Africa a few years back was originally from Zimbabwe and would always give us a better exchange rate for USD to SA rand so he would have more USD to take back home [Title]

Output: The guy running a hostel I


Input: [Date] 23 weeks 5 days ago [Body] Pączki day is actually celebrated on the last Thursday before Lent aka Tłusty Czwartek (Fat Thursday) in Polish...so you're alittle late to the party. You can also celebrate twice next year. [Title]

Output: Pączki day is actually


Input: [Date] 30 weeks 4 days ago [Body] I like this as well...perhaps each day could honor those that bore the good news, so the 26th could be the day of Bacon...celebrated of course with Bacon [Title]

Output: I like this as well...perhaps


Input: [Date] 34 weeks 5 hours ago [Body] Wasn't Boise St set to move to the Big East until everything else happened with reallignment? Seems like they would still have interest in a move, and it would make more sense geographically. As far as team 2...perhaps a Conference USA team looking to jump ship now that their conference has been impacted by UAB's departure. [Title]

Output: Wasn't Boise St set to move


Input: [Date] 45 weeks 18 hours ago [Body] Yeah...what Gucci Mane said...basically a missed opportunity more than anything. That's the thing I always liked about hockey at Yost, players would always acknowledge the fans (moreso after wins obviously) with a simple raised fist, thumbs up, or applause - did it make any difference, not really, but was kind of nice to see that they appreciated us being there cheering them on. [Title]

Output: Yeah...what Gucci Mane


Input: [Date] 45 weeks 20 hours ago [Body] Fair point, I just don't see how the coaches would've let 70+ players know that they should head to the locker room especially with 11 already on the field....more likely is that it's standard post loss procedure [Title]

Output: Fair point, I just don't see


Input: [Date] 45 weeks 21 hours ago [Body] Eh...don't know about that, it was the typical 30 seconds left let's shake hands and go straight to the locker room, dont think coaches would've stopped them if they headed to the north endzone area...I'm not bitter about it in any way, just think it would've been something nice [Title]

Output: Eh...don't know about that,


Input: [Date] 45 weeks 21 hours ago [Body] I was there as well...waited out the rain on the concourse and had some pretty interesting conversations with the ushers/event staff who all stayed. Props to them for their hard work, they did the best they could with limited information, nobody really knew if it would continue. Both sidelines were flooded for a good while, but they managed to drain most of the water prior to the restart. Two things of note when the the stadium reopened. 1)Definitely more Utah fans at that point. 2)Agree with OP on wanting to continue supporting the team, the players anyways. Everyone who did come back was certainly being loud as possible. I was kind of disappointed at the very end when the players just walked off without going to the area where Michigan fans remained...I get it we lost, but still kind of disappointing. [Title]

Output: I was there as well...waited


Input: [Date] 45 weeks 22 hours ago [Body] Had to get the number over 100,000 somehow. /s [Title]

Output: Had to get the number over


Input: [Date] 1 year 4 weeks ago [Body] I think age is probably the reason most people are saying he is done. Definitely agree with you that he is still elite a and certainly has at least a few good years left. Also for what it's worth, he did sign a new 4 yr deal with Everton recently [Title]

Output: I think age is probably the


Input: [Date] 1 year 6 weeks ago [Body] Student ticket prices also dropped for hockey if I remember the email correctly...there was also a mention that it would probably go the basketball route for claiming tickets as well [Title]

Output: Student ticket prices also


Input: [Date] 1 year 8 weeks ago [Body] Generic Mark [Title]

Output: Generic Mark


Input: [Date] 1 year 9 weeks ago [Body] Doing some things and stuff this weekend.... mostly posbangin' [Title]

Output: Doing some things and stuff


Input: [Date] 1 year 9 weeks ago [Body] All these neutral sites games....geez [Title]

Output: All these neutral sites


Input: [Date] 1 year 9 weeks ago [Body] Subject says it all [Title]

Output: Bang


Input: [Date] 1 year 17 weeks ago [Body] Last year they did something about teleportation as well. [Title]

Output: Last year they did something


Input: [Date] 1 year 17 weeks ago [Body] You never know, Appalachian St. might be a real powerhouse in 18,000 years. [Title]

Output: You never know, Appalachian


Input: [Date] 1 year 18 weeks ago [Body] Pretty sure they are referring to public universities (hence the State and MIchigan example), Northwestern doesn't fit that bill. [Title]

Output: Pretty sure they are


Input: [Date] 1 year 19 weeks ago [Body] Their IQ may be 17, but how did they score on the Wonderlic? [Title]

Output: Their IQ may be 17, but how


Input: [Date] 1 year 19 weeks ago [Body] In case anyone was wondering: http://www.diddukewin.com/ [Title]

Output: In case anyone was


Input: [Date] 1 year 19 weeks ago [Body] Compher was also the only player to be a unanimous selection to any of the teams (all-Freshman). [Title]

Output: Compher was also the only


Input: [Date] 1 year 20 weeks ago [Body] That would make him Bob Knight? [Title]

Output: That would make him Bob


Input: [Date] 1 year 21 weeks ago [Body] He was phenomenal tonight both ends of the court. [Title]

Output: He was phenomenal tonight


Input: [Date] 1 year 21 weeks ago [Body] You have to admire the efforts of both teams, but to call it a tie after 8OTs (or is it 7) it feels a bit underwhelming. [Title]

Output: You have to admire the


Input: [Date] 1 year 21 weeks ago [Body] It's official per MGoBlue statement: http://www.mgoblue.com/sports/m-baskbl/spec-rel/030614aac.html [Title]

Output: It's official per MGoBlue


Input: [Description] Use to map page parameters to the parameters specified when the OmniPortlet was defined. These parameters enable you to contextually wire portlets and pages. For more information, see Chapter 19, "Wiring Pages, Task Flows, Portlets, and UI Components." [Location] Parameters tab [Property]

Output: Param#

Working with OmniPortlet - 11g Release 1 (11.1.1.6.0)


Input: [Description] For OmniPortlet, set this property to false to ensure that all portlet modes, except Show, are rendered each on their own page. Setting this property to true may prevent you from editing certain sections of your OmniPortlet in the OmniPortlet wizard. [Location] Display Options tab [Property]

Output: All Modes Shared Screen

Working with OmniPortlet - 11g Release 1 (11.1.1.6.0)


Input: [Description] A unique identifier for the portlet instance. [Location] Display Options tab [Property]

Output: Id

Working with OmniPortlet - 11g Release 1 (11.1.1.6.0)


Input: [Description] Use to initialize a partial page refresh, which is a way of refreshing an area of a page without having to redraw the entire page. [Location] Display Options tab [Property]

Output: Partial Triggers

Working with OmniPortlet - 11g Release 1 (11.1.1.6.0)


Input: [Description] Use to render the portlet in an inline frame (IFRAME), omit an IFRAME, or let the portlet decide. Valid values are: auto (default): The portlet tag checks the portlet response and decides if an IFRAME is required true: Render the portlet instance in an IFRAME false: Render the portlet instance inline Placing a portlet inline on a page provides a better user experience as compared to placing it in an IFRAME. However, at times, it may be required to include a portlet in an IFRAME. For example: The portlet is a JSF portlet The portlet contains a file upload element The parser throws an exception because it is not able to parse the markup [Location] Display Options tab [Property]

Output: Render Portlet In I Frame

Working with OmniPortlet - 11g Release 1 (11.1.1.6.0)


Input: [Description] Enter a title for the OmniPortlet, to display in the portlet header. [Location] Display Options tab [Property]

Output: Title

Working with OmniPortlet - 11g Release 1 (11.1.1.6.0)


Input: [Name] /copy/ [Description]

Output: Copy the currently selected text to the internal cut buffer


Input: [Name] /convert/ [Description]

Output: Convert the currently selected text from raw HTML to TWiki ML


Input: [Name] /cut/ [Description]

Output: Cut the currently selected text to the internal cut buffer


Input: [Name] /find/ [Description]

Output: Invoke the find dialog


Input: [Name] /paste/ [Description]

Output: Paste the internal cut buffer. Will erase the current selection.


Input: [Name] /undo/ [Description]

Output: Undo the last edit


Input: [Name] /redo/ [Description]

Output: Repeats the last command executed (does not repeat typing)


Input: [Name] /refind/ [Description]

Output: Repeat the last find


Input: [Name] /replace/ [Description]

Output: Invoke the replace dialog


Input: [Name] /rereplace/ [Description]

Output: Repeat the last replacement


Input: [I am Seeking a] Needs Test [For] Chemistry [Hang Out] Not Completed [Woman]

Output: Not Completed


Input: [I am Seeking a] Do you drink? [For] Do you want children? [Hang Out] Does not want children [Woman]

Output: No


Input: [I am Seeking a] Marital Status [For] Do you do drugs? [Hang Out] No [Woman]

Output: Single


Input: [I am Seeking a] Hair Color [For] Eye Color [Hang Out] Other [Woman]

Output: Black


Input: [I am Seeking a] Do you have a car? [For] Do you have children? [Hang Out] No [Woman]

Output: No


Input: [I am Seeking a] Longest Relationship [Woman]

Output: Over 7 years


Input: [I am Seeking a] Pets [For] Second Language [Hang Out] Hindi [Woman]

Output: No Pets


Input: [#] 1 [Task] Clisellin' Conchiolin [Notes] Kill one of the snails found in the Mort Myre swamp, take the shell drop, and use a chisel on it to craft the snelm. Note: Nature Spirit is not required for this task, but completing it allows you to use the entrance gate in Canifis. [Quest Reqs.] None [Skill Reqs.] 15 Crafting [Description]

Output: Craft your own snelm in Morytania.


Input: [#] 2 [Task] It's Only Wafer Thin [Notes] Kill one of the snails found in the Mort Myre swamp. Make sure it is thin snail meat. Pick up the thin snail meat and cook it using a range or fire. Note: Nature Spirit is not required for this task, but completing it allows you to use the entrance gate in Canifis. [Quest Reqs.] None [Skill Reqs.] 12 Cooking [Description]

Output: Cook a thin snail in Morytania.


Input: [#] 3 [Task] Dislike-Anthrope [Notes] If you lost your wolfbane dagger, speak to Brother Drezel found inside the temple of Saradomin to the west of Canifis. [Quest Reqs.] Priest in Peril [Skill Reqs.] None [Description]

Output: Kill a werewolf in its human form using the wolfbane dagger whilst in Canifis.


Input: [#] 4 [Task] Cranius Lupus [Notes] You will need a Ring of Charos to access the Werewolf Agility Course area. If you lost it, you can obtain it again by pick-pocketing Doctor Fenkenstrain in his castle found north of Canifis. If you have completed The Great Brain Robbery, then Doctor Fenkenstrain will be found on the Harmony island. [Quest Reqs.] Creature of Fenkenstrain [Skill Reqs.] 25 Agility [Description]

Output: Finish a game of Werewolf Skullball.


Input: [#] 5 [Task] Lab Clean-up Assistant [Notes] The entrance to the dungeon containing the experiments is the grave just next to a water pipe in the Fenkenstrain castle's graveyard. Simply push the grave to enter. [Quest Reqs.] Creature of Fenkenstrain [Skill Reqs.] None [Description]

Output: Kill an experiment under Castle Fenkenstrain.


Input: [#] 6 [Task] Fortified Spirit [Notes] If your prayer points are already full, drain your prayer a bit, then pray at the altar in the Nature Grotto. [Quest Reqs.] Nature Spirit [Skill Reqs.] None [Description]

Output: Restore and boost your prayer points at the altar in the Nature Grotto.


Input: [#] 7 [Task] Struck A-Ghast [Notes] You will require a druid Pouch containing some nature products to make the Ghasts vulnerable. If you lost your druid Pouch, you can get another by taking another from the inside of the Nature Grotto. [Quest Reqs.] Nature Spirit [Skill Reqs.] None [Description]

Output: Kill a ghast in Morytania.


Input: [#] 8 [Task] Blooming Marvellous [Notes] Cast bloom with a Blessed Silver Sickle or an Ivandis flail near any of the rotting logs found all over the Mort Myre swamp to grow fungi. [Quest Reqs.] Nature Spirit [Skill Reqs.] None [Description]

Output: Grow some fungus in the swamp using Bloom.


Input: [#] 9 [Task] Only Going Forward. We Can't Find Reverse [Notes] Go to the signpost near the Temple of Saradomin, west of Canifis to start a round of Temple Trekking. [Quest Reqs.] In Aid of the Myreque [Skill Reqs.] None [Description]

Output: Take an easy companion through an easy route of Temple Trekking.


Input: [#] 10 [Task] If It Bleeds... [Notes] 5 Slayer required to kill monsters in the Slayer tower. [Quest Reqs.] Priest in Peril [Skill Reqs.] None [Description]

Output: Kill anything on the ground floor of the Slayer tower.


Input: [#] 11 [Task] Wurt A Bundle [Notes] Plant a Limpwurt seed in the flower patch located just west of the undead farm near Port Phasmatys and wait until it grows to harvest it. Be careful though, it might get diseased. [Quest Reqs.] None [Skill Reqs.] 26 Farming [Description]

Output: Harvest limpwurt in the farming patch near Port Phasmatys.


Input: [Style] Black [Sizing] Large [Stock]

Output: Good


Input: [Style] Clear [Sizing] Large [Stock]

Output: Good


Input: [Style] Pink [Sizing] Large [Stock]

Output: Good


Input: [Style] White [Sizing] Large [Stock]

Output: Good


Input: [Style] Chartreuse [Sizing] Large [Stock]

Output: Out of stock


Input: [Style] Black [Sizing] Small [Stock]

Output: Good


Input: [Style] Clear [Sizing] Small [Stock]

Output: Good


Input: [Style] Pink [Sizing] Small [Stock]

Output: Good


Input: [Style] White [Sizing] Small [Stock]

Output: Good


Input: [Style] Chartreuse [Sizing] Small [Stock]

Output: Out of stock


Input: [Stage] 1 [Task] Task initiation [Thoughts] Contemplating assignment, comprehending task, relating prior experience and knowledge, considering possible topics [Feelings] Apprehension of work ahead, uncertainty [Strategies] Brainstorming, discussing, contemplating possibilities, tolerating uncertainty [Actions]

Output: Talking with others, browsing library

Information seeking behavior - Psychology Wiki


Input: [Stage] 2 [Task] Topic selection [Thoughts] Weighing topics against criteria such as personal interest, project requirements, information available, time available; predicting outcome of possible choices, choosing topic with potential for success [Feelings] Confusion, sometimes anxiety, brief elation (after selection), anticipation of task [Strategies] Discussing possible topics, predicting outcomes of choices, gaining general overview of topic [Actions]

Output: Consulting informal mediators, using reference collections, preliminary searches

Information seeking behavior - Psychology Wiki


Input: [Stage] 3 [Task] Pre-focus exploration [Thoughts] Becoming informed about general topic, seeking focus in general information found, identifying possible foci, inability to express precise information needed [Feelings] Confusion, doubt, sometimes threat, uncertainty [Strategies] Reading to learn about topic, tolerating inconsistency and incompatibility of information encountered, intentionally seeking possible focus, listing descriptors [Actions]

Output: Locating relevant information, reading to become informed, taking notes, making bibliographic citations

Information seeking behavior - Psychology Wiki


Input: [Stage] 4 [Task] Focus formation [Thoughts] Predicting outcome of possible foci, using stage 2 task criteria, identifying ideas in information to form focus, sometimes characterised by a sudden moment of insight [Feelings] Optimism, confidence of ability to complete task [Strategies] Making a survey of notes, listing possible foci, choosing a focus while rejecting others OR combining several themes to form one focus [Actions]

Output: Reading notes for themes

Information seeking behavior - Psychology Wiki


Input: [Stage] 5 [Task] Information collection [Thoughts] Seeking information to support focus, defining and extending focus through information, gathering pertinent information, organising information in notes [Feelings] Realisation of extensive work to be done, confidence in ability to complete task, increased interest [Strategies] Using descriptors to search out pertinent information, making comprehensive search of various types of materials i.e. reference, periodicals, non-fiction and biography, using indexes, requesting assistance of librarian [Actions]

Output: Using library to collect pertinent information, requesting specific sources, talking detailed notes with bibliographic citations

Information seeking behavior - Psychology Wiki


Input: [Stage] 6 [Task] Search closure [Thoughts] Identify need for any additional information, considering time limit, diminishing relevance, increasing redundancy, exhausting resources [Feelings] Sense of relief, sometimes satisfaction, sometimes disappointment [Strategies] Returning to library to make summary search, keeping books until completion of writing to re-check information [Actions]

Output: Re-checking information for information initially overlooked, confirming information and bibliographic citations

Information seeking behavior - Psychology Wiki


Input: [Foundry Process] Green Sand Molding [Pros / Cons] Advantages Most ferrous / non-ferrous metals can be used. Low Pattern & Material costs. Almost no limit on size, shape or weight of part. Adaptable to large or small quantities Used best for light, bench molding for medium-sized castings or for use with production molding machines. Disadvantages Low design complexity. Lower dimensional accuracy. [Process]

Output: The green sand process utilizes a mold made of compressed or compacted moist sand packed around a wood or metal pattern. A metalframe or flask is placed over the pattern to produce a cavity representing one half of the casting. The sand is compacted by either jolting or squeezing the mold. The other half of the mold is produced in like manner and the two flasks are positioned together to form the complete mold. If the casting has hollow sections, cores consisting of hardened sand (baked or chemically hardened) are used. High-Density Molding (High Squeeze Pressure / Impact) Large air cylinders, hydraulic, and innovative explosive methods have improved the sand compaction around the pattern, improving the standards of accuracy and finish which can be achieved with certain types of castings.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] No-Bake Molding [Pros / Cons] Advantages Most ferrous / non-ferrous metals can be used. Adaptable to large or small quantities High strength mold Better as-cast surfaces. Improved dimensional repeatability Less skill and labor required then in conventional sand molding. Better dimensional control. Disadvantages Sand temperatures critical. Patterns require additional maintenance. [Process]

Output: Chemical binders (furan or urethane) are mixed with sand and placed in mold boxes surrounding the pattern halves. At room temperature, the molds become rigid with the help of catalysts. The pattern halves are removed and the mold is assembled with or without cores.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Resin Shell Molding [Pros / Cons] Advantages Adaptable to large or medium quantities Most ferrous / non-ferrous metals can be used. Rapid production rate. Good dimensional casting detail and accuracy. Shell molds are lightweight and may be stored almost indefinitely. Disadvantages Since the tooling requires heat to cure the mold, pattern costs and pattern wear can be higher. Energy costs are higher. Material costs are higher than those for green sand molding. [Process]

Output: Resin-bonded silica sand is placed onto a heated pattern, forming shell-like mold halves. Pattern halves are bonded together with or without cores. Probably the earliest, most automated and most rapid of mold (and coremaking) processes was the heat-curing technique known as the shell process. Ejector pins enable the mold to be released from the pattern and the entire cycle is completed in seconds depending upon the shell thickness desired. The two halves of the mold, suitably cored, are glued and clamped together prior to the pouring of the metal. Shell molds may be stored for long periods if desired. Because of pattern costs, this method is best suited to higher volume production.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Permanent Mold [Pros / Cons] Advantages Superior mechanical properties. Produces dense, uniform castings with high dimensional accuracy. Excellent surface finish and grain structure. The process lends itself very well to the use of expendable cores and makes possible the production of parts that are not suitable for the pressure diecasting process. Repeated use of molds. Rapid production rate with low scrap loss. Disadvantages Higher cost of tooling requires a higher volume of castings. The process is generally limited to the production of somewhat small castings of simple exterior design, although complex castings such as aluminum engine blocks and heads are now commonplace. [Process]

Output: Permanent molds consist of mold cavities machined into metal die blocks and designed for repetitive use. Currently, molds are usually made of cast iron or steel, although graphite, copper and aluminum have been used. Permanent mold castings can be produced from all of the metals including iron and copper alloys, but are usually light metals such as zinc-base, magnesium and aluminum. Gravity Permanent Mold-The flow of metal into a permanent mold using gravity only is referred to as a gravity permanent mold. There are two techniques in use: static pouring, where metal is introduced into the top of the mold through downsprues similar to sand casting; and tilt pouring, where metal is poured into a basin while the mold is in a horizontal position and flows into the cavity as the mold is gradually tilted to a vertical position. Normally, gravity molding is used because it is more accurate than shell molding. It is preferred almost exclusively to shell molding for light alloy components. Low-Pressure Permanent Mold -Low-pressure permanent mold is a method of producing a casting by using a minimal amount of pressure (usually 5-15 lb/sq in.) to fill the die. It is a casting process that helps to further bridge the gap between sand and pressure diecasting.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Die Casting [Pros / Cons] Advantages Cost of castings is relatively low with high volumes. High degree of design complexity and accuracy. Excellent smooth surface finish. Suitable for relatively low melting point metals (1600F/871C) like lead, zinc, aluminum, magnesium and some copper alloys. High production rates. Disadvantages Limits on the size of castings - most suitable for small castings up to about 75 lb. Equipment and die costs are high. [Process]

Output: This process is used for producing large volumes of zinc, aluminum and magnesium castings of intricate shapes. The essential feature of diecasting is the use of permanent metal dies into which the molten metal is injected under high pressure (normally 5000 psi or more). The rate of production of diecasting depends largely on the complexity of design, the section thickness of the casting, and the properties of the cast metal. Great care must be taken with the design and gating of the mold to avoid high-pressure porosity to which this process is prone.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Investment Casting (Lost Wax) [Pros / Cons] Advantages Excellent accuracy and flexibility of design. Useful for casting alloys that are difficult to machine. Exceptionally fine finish. Suitable for large or small quantities of parts. Almost unlimited intricacy. Suitable for most ferrous / non-ferrous metals. No flash to be removed or parting line tolerances. Disadvantages Limitations on size of casting. Higher casting costs make it important to take full advantage of the process to eliminate all machining operations. [Process]

Output: Investment Casting is the process of completely investing a three-dimensional pattern in all of its dimensions to produce a one-piece destructible mold into which molten metal will be poured. A refractory slurry flows around the wax pattern, providing excellent detail. The wax patterns are assembled on a "tree" and invested with a ceramic slurry. The tree is then immersed into a fluidized bed of refractory particles to form the first layer of the ceramic shell.The mold is allowed to dry and the process repeated with coarser material until sufficient thickness has been built up to withstand the impact of hot metal. When the slurry hardens, the wax pattern is melted out and recovered and the mold or ceramic shell is oven cured prior to casting. Most materials can be cast by this process but the economics indicate that fairly high volume is necessary and the shape and complexity of the castings should be such that savings are made by eliminating machining.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Expandable Pattern Casting (Lost Foam) [Pros / Cons] Advantages No cores are required. Reduction in capital investment and operating costs. Closer tolerances and walls as thin as 0.120 in. No binders or other additives are required for the sand, which is reusable. Flasks for containing the mold assembly are inexpensive, and shakeout of the castings in unbonded sand is simplified and do not require the heavy shakeout machinery required for other sand casting methods. Need for skilled labor is greatly reduced. Casting cleaning is minimized since there are no parting lines or core fins. Disadvantages The pattern coating process is time-consuming, and pattern handling requires great care. Good process control is required as a scrapped casting means replacement not only of the mold but the pattern as well. [Process]

Output: Also known as Expanded Polystyrene Molding or Full Mold Process, the EPC or Lost Foam process is an economical method for producing complex, close-tolerance castings using an expandable polystyrene pattern and unbonded sand. The EPC process involves attaching expandable polystyrene patterns to an expandable polystyrene gating system and applying a refractory coating to the entire assembly. After the coating has dried, the foam pattern assembly is positioned on several inches of loose dry sand in a vented flask. Additional sand is then added while the flask is vibrated until the pattern assembly is completely embedded in sand. A suitable downsprue is located above the gating system and sand is again added until it is level to the top of the sprue. Molten metal is poured into the sprue, vaporizing the foam polystyrene, perfectly reproducing the pattern. Gases formed from the vaporized pattern permeate through the coating on the pattern, the sand and finally through the flask vents. In this process, a pattern refers to the expandable polystyrene or foamed polystyrene part that is vaporized by the molten metal. A pattern is required for each casting.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Vacuum ("V") Process Molding [Pros / Cons] Advantages Superb finishes. Good dimensional accuracy. No defects from gas holes. All sizes and shapes of castings are possible Most ferrous / non-ferrous metals can be used. Disadvantages The V-process requires plated pattern equipment. [Process]

Output: This adaptation of vacuum forming permits molds to be made out of free-flowing, dry, unbonded sand without using high-pressure squeezing, jolting, slinging or blowing as a means of compaction. The V-process is dimensionally consistent, economical, environmentally and ecologically acceptable, energy thrifty, versatile and clean. The molding medium is clean, dry, unbonded silica sand, which is consolidated through application of a vacuum or negative pressure to the body of the sand. The patterns must be mounted on plates or boards and each board is perforated with vent holes connected to a vacuum chamber behind the board. A preheated sheet of highly flexible plastic material is draped over the pattern and board. When the vacuum is applied, the sheet clings closely to the pattern contours. Each part of the molding box is furnished with its own vacuum chamber connected to a series of hollow perforated flask bars. The pattern is stripped from the mold and the two halves assembled and cast with the vacuum on.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Centrifugal Molding [Pros / Cons] Advantages Rapid production rate. Suitable for Ferrous / Non-ferrous parts. Good soundness and cleanliness of castings. Ability to produce extremely large cylindrical parts. Disadvantages Limitations on shape of castings. Normally restricted to the production of cylindrical geometric shapes. [Process]

Output: The Centrifugal Casting process consists of a metal or graphite mold that is rotated in the horizonal or vertical plane during solidification of the casting. Centrifugal force shapes and feeds the molten metal into the designed crevices and details of the mold. The centrifugal force improves both homogeneity and accuracy of the casting. This method is ideally suited to the casting of cylindrical shapes, but the outer shape may be modified with the use of special techniques.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Artist] Overkill [Album] Killbox 13 [Label] Spitfire Records [New] No [Title]

Output: The One

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Primal Fear [Album] Primal Fear [Label] Nuclear Blast Records [New] No [Title]

Output: Chainbreaker

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Red Death [Album] External Frames of Referance [Label] Metal Blade Records [New] No [Title]

Output: Consciousness Decay

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Falconer [Album] Grime vs. Grandeur [Label] Metal Blade Records [New] No [Title]

Output: The Assailant

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Dragonforce [Album] Inhuman Rampage [Label] Roadrunner Records [New] No [Title]

Output: Storming the Burning Fields

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Head [Album] Hang On [Label] Self Released [New] Yes [Title]

Output: I'm Fine With It

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Man Man [Album] Life Fantastic [Label] Anti- [New] Yes [Title]

Output: Spooky Jookie

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Virgin Islands [Album] Ernie Chambers V. God [Label] The Control Group [New] Yes [Title]

Output: Buried in the Sand

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Bomb The Music Industry [Album] Vacation [Label] Ernest Jenning Recording Co. [New] Yes [Title]

Output: Campaign for A Better Next Weekend

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Radical Dads [Album] Mega Rama [Label] Uninhabitable Mansions [New] Yes [Title]

Output: Walking Wires

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Bradley Jay [Album] Drive [Label] Self Released [New] Yes [Title]

Output: Drive

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Digitalism [Album] I Love You, Dude [Label] CO-OP [New] Yes [Title]

Output: 2 Hearts

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Leb Laze [Album] Rasheed's Dream [Label] Asmatic Kitty [New] Yes [Title]

Output: Interpretations

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Starscream [Album] Future, Towards the Edge of Forever [Label] Self Released [New] Yes [Title]

Output: Mira Ultraviolet

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Hudson Mohawke [Album] Satin Panthers [Label] Warp [New] Yes [Title]

Output: Thank You

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Mark Nomad [Album] Razor's Edge [Label] Blue Star [New] No [Title]

Output: Meet Me In the Bottom

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] John Mayall [Album] A Sense of Place [Label] Island Records [New] No [Title]

Output: Congo Square

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Willie Kent [Album] Too Hurt to Cry [Label] Delmark Records [New] No [Title]

Output: Just Sitting Here Thinking

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Eddy Clearwater [Album] Help Yourself [Label] Blind Pig Records [New] No [Title]

Output: Big Time Gambler

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Michael Hill's Blues Mob [Album] Blood Lines [Label] Alligator [New] No [Title]

Output: Promises You Can't Keep

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Get Up Kids [Album] Eudora [Label] Vagrant [New] No [Title]

Output: Central Standard Time

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Hey Mercedes [Album] Everynight Fire Works [Label] Vagrant [New] No [Title]

Output: The Frowning of a Life Time

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Impossibles [Album] Return [Label] Fueled By Ramen [New] No [Title]

Output: Stand Up>Fall Down>Get Crushed

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Flipsyde [Album] Duck [Label] Spike and Curly [New] No [Title]

Output: Dead End

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Aquabats [Album] The Return of... [Label] Fearless Records [New] No [Title]

Output: Playdough

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The wedding Present [Album] Why Are you being so reasonable now? [Label] Reception Records [New] No [Title]

Output: Why Are you Being So Reasonable Now

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] We Were Promised Jetbacks [Album] Medicine single [Label] Fat Cat [New] Yes [Title]

Output: Medicine

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Old Haunts [Album] Poisonous Times [Label] Kill Rocks [New] No [Title]

Output: Volatile

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Cut off Your Hands [Album] Hollow [Label] French Kiss [New] Yes [Title]

Output: Nausea

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Bouncing Souls [Album] Maniacal Laugter [Label] Chunksahh [New] No [Title]

Output: The Freaks Nerds and Romantics

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Caged Animals [Album] Eat their Own [Label] Lucky Number [New] Yes [Title]

Output: Piles of $$$

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Beirut [Album] The Riptide [Label] Pompeii [New] Yes [Title]

Output: SAnta Fe

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] The Dollar Cannon [Album] Future apatrments [Label] Lamplight [New] No [Title]

Output: Decorated By Moonlight

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Braid [Album] Closer to Closed [Label] Polyvinyl [New] Yes [Title]

Output: Do Over

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Capital Cities [Album] Capital Cities Ep [Label] Self Released [New] Yes [Title]

Output: safe and Sound

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Chuck Ragan [Album] Covering Ground [Label] SideOneDummy [New] Yes [Title]

Output: Nothing Left to Prove

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Blitzen Trapper [Album] American Goldwing [Label] Sub Pop [New] Yes [Title]

Output: Might Find It Cheap

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Lit On The Flash [Album] Revolution Time [New] Yes [Title]

Output: Big Brother

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Big Black Delta [Album] BBLDLP1 [Label] Planetary Group [New] Yes [Title]

Output: Huggin & Kissin

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Artist] Gangstagrass [Album] Selections from various albums [Label] Rench Audio [New] Yes [Title]

Output: Nobody Gonna Miss Me

Ian C. playlist for 10/24/2011 | WUNH 91.3 fm


Input: [Parameter] min [Default] 0 [Description]

Output: Minimum number of connection pool entries, unrelated to the actual number of connections. This only needs to be modified from the default for special circumstances where heap memory associated with the backend connections should be preallocated or retained.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] max [Default] 1...n [Description]

Output: Maximum number of connections that will be allowed to the backend server. The default for this limit is the number of threads per process in the active MPM. In the Prefork MPM, this is always 1, while with other MPMs it is controlled by the ThreadsPerChild directive.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] smax [Default] max [Description]

Output: Retained connection pool entries above this limit are freed during certain operations if they have been unused for longer than the time to live, controlled by the ttl parameter. If the connection pool entry has an associated connection, it will be closed. This only needs to be modified from the default for special circumstances where connection pool entries and any associated connections which have exceeded the time to live need to be freed or closed more aggressively.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] acquire [Default] - [Description]

Output: If set this will be the maximum time to wait for a free connection in the connection pool, in milliseconds. If there are no free connections in the pool the Apache will return SERVER_BUSY status to the client.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] connectiontimeout [Default] timeout [Description]

Output: Connect timeout in seconds. The number of seconds Apache waits for the creation of a connection to the backend to complete. By adding a postfix of ms the timeout can be also set in milliseconds.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] disablereuse [Default] Off [Description]

Output: This parameter should be used when you want to force mod_proxy to immediately close a connection to the backend after being used, and thus, disable its persistent connection and pool for that backend. This helps in various situations where a firewall between Apache and the backend server (regardless of protocol) tends to silently drop connections or when backends themselves may be under round- robin DNS. To disable connection pooling reuse, set this property value to On.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] flushpackets [Default] off [Description]

Output: Determines whether the proxy module will auto-flush the output brigade after each "chunk" of data. 'off' means that it will flush only when needed, 'on' means after each chunk is sent and 'auto' means poll/wait for a period of time and flush if no input has been received for 'flushwait' milliseconds. Currently this is in effect only for AJP.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] flushwait [Default] 10 [Description]

Output: The time to wait for additional input, in milliseconds, before flushing the output brigade if 'flushpackets' is 'auto'.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] keepalive [Default] Off [Description]

Output: This parameter should be used when you have a firewall between your Apache and the backend server, who tend to drop inactive connections. This flag will tell the Operating System to send KEEP_ALIVE messages on inactive connections and thus prevent the firewall to drop the connection. To enable keepalive set this property value to On. The frequency of initial and subsequent TCP keepalive probes depends on global OS settings, and may be as high as 2 hours. To be useful, the frequency configured in the OS must be smaller than the threshold used by the firewall.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] lbset [Default] 0 [Description]

Output: Sets the load balancer cluster set that the worker is a member of. The load balancer will try all members of a lower numbered lbset before trying higher numbered ones.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] ping [Default] 0 [Description]

Output: Ping property tells webserver to send a CPING request on ajp13 connection before forwarding a request. The parameter is the delay in seconds to wait for the CPONG reply. This features has been added to avoid problem with hung and busy Tomcat's and require ajp13 ping/pong support which has been implemented on Tomcat 3.3.2+, 4.1.28+ and 5.0.13+. This will increase the network traffic during the normal operation which could be an issue, but it will lower the traffic in case some of the cluster nodes are down or busy. Currently this has an effect only for AJP. By adding a postfix of ms the delay can be also set in milliseconds.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] loadfactor [Default] 1 [Description]

Output: Worker load factor. Used with BalancerMember. It is a number between 1 and 100 and defines the normalized weighted load applied to the worker.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] redirect [Default] - [Description]

Output: Redirection Route of the worker. This value is usually set dynamically to enable safe removal of the node from the cluster. If set all requests without session id will be redirected to the BalancerMember that has route parameter equal as this value.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] retry [Default] 60 [Description]

Output: Connection pool worker retry timeout in seconds. If the connection pool worker to the backend server is in the error state, Apache will not forward any requests to that server until the timeout expires. This enables to shut down the backend server for maintenance, and bring it back online later. A value of 0 means always retry workers in an error state with no timeout.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] route [Default] - [Description]

Output: Route of the worker when used inside load balancer. The route is a value appended to session id.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] status [Default] - [Description]

Output: Single letter value defining the initial status of this worker: 'D' is disabled, 'S' is stopped, 'I' is ignore-errors, 'H' is hot-standby and 'E' is in an error state. Status can be set (which is the default) by prepending with '+' or cleared by prepending with '-'. Thus, a setting of 'S-E' sets this worker to Stopped and clears the in-error flag.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] timeout [Default] ProxyTimeout [Description]

Output: Connection timeout in seconds. The number of seconds Apache waits for data sent by / to the backend.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Parameter] ttl [Default] - [Description]

Output: Time to live for inactive connections and associated connection pool entries, in seconds. Once reaching this limit, a connection will not be used again; it will be closed at some later time.

mod_proxy - Apache HTTP Server Version 2.2


Input: [Name] PDPK1-001 [Transcript ID] ENST00000342085 [bp] 7241 [Protein] 556aa [Translation ID] ENSP00000344220 [CCDS] CCDS10472 [UniProt] O15530 [RefSeq] NM_002613 NP_002604 [Flags] Transcript Support Level 1, when transcripts are supported by at least one non-suspect mRNA.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:1The GENCODE set is the gene set for human and mouse. GENCODE Basic is a subset of representative transcripts (splice variants).GENCODE basicPRINCIPAL1 - APPRIS candidate principal isoform.APPRIS is a system to annotate alternatively spliced transcripts based on a range of computational methods.APPRIS P1 [Biotype]

Output: Genes and/or transcript that contains an open reading frame (ORF).Protein coding

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-002 [Transcript ID] ENST00000268673 [bp] 4728 [Protein] 429aa [Translation ID] ENSP00000268673 [CCDS] CCDS10473 [UniProt] O15530 [RefSeq] NM_031268 NP_112558 [Flags] Transcript Support Level 1, when transcripts are supported by at least one non-suspect mRNA.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:1The GENCODE set is the gene set for human and mouse. GENCODE Basic is a subset of representative transcripts (splice variants).GENCODE basic [Biotype]

Output: Genes and/or transcript that contains an open reading frame (ORF).Protein coding

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-013 [Transcript ID] ENST00000441549 [bp] 1729 [Protein] 454aa [Translation ID] ENSP00000395357 [CCDS] CCDS58411 [UniProt] O15530 [RefSeq] NM_001261816 NP_001248745 [Flags] Transcript Support Level 1, when transcripts are supported by at least one non-suspect mRNA.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:1The GENCODE set is the gene set for human and mouse. GENCODE Basic is a subset of representative transcripts (splice variants).GENCODE basic [Biotype]

Output: Genes and/or transcript that contains an open reading frame (ORF).Protein coding

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-003 [Transcript ID] ENST00000389224 [bp] 2416 [Protein] 529aa [Translation ID] ENSP00000373876 [CCDS] - [UniProt] E9PER6 [RefSeq] - [Flags] Transcript Support Level 2, when transcripts are supported by multiple ESTs or by an mRNA flagged as suspect.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:2The GENCODE set is the gene set for human and mouse. GENCODE Basic is a subset of representative transcripts (splice variants).GENCODE basic [Biotype]

Output: Genes and/or transcript that contains an open reading frame (ORF).Protein coding

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-008 [Transcript ID] ENST00000461815 [bp] 611 [Protein] 149aa [Translation ID] ENSP00000455551 [CCDS] - [UniProt] H3BQ10 [RefSeq] - [Flags] 3' truncation in transcript evidence prevents annotation of the end of the CDS.CDS 3' incompleteTranscript Support Level 3, when transcripts are supported by a single EST only.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:3 [Biotype]

Output: Genes and/or transcript that contains an open reading frame (ORF).Protein coding

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-015 [Transcript ID] ENST00000566659 [bp] 451 [Protein] 88aa [Translation ID] ENSP00000455492 [CCDS] - [UniProt] H3BPW1 [RefSeq] - [Flags] 3' truncation in transcript evidence prevents annotation of the end of the CDS.CDS 3' incompleteTranscript Support Level 3, when transcripts are supported by a single EST only.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:3 [Biotype]

Output: Genes and/or transcript that contains an open reading frame (ORF).Protein coding

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-006 [Transcript ID] ENST00000474706 [bp] 699 [Protein] 35aa [Translation ID] ENSP00000455025 [CCDS] - [UniProt] H3BNV5 [RefSeq] - [Flags] Transcript Support Level 5, for transcripts that are not supported at all by either an mRNA or an EST.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:5 [Biotype]

Output: Transcript is thought to undergo nonsense mediated decay, a process which detects nonsense mutations and prevents the expression of truncated or erroneous proteins. Nonsense mediated decay

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-007 [Transcript ID] ENST00000492021 [bp] 552 [Protein] 55aa [Translation ID] ENSP00000455684 [CCDS] - [UniProt] H3BQA3 [RefSeq] - [Flags] Transcript Support Level 5, for transcripts that are not supported at all by either an mRNA or an EST.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:5 [Biotype]

Output: Transcript is thought to undergo nonsense mediated decay, a process which detects nonsense mutations and prevents the expression of truncated or erroneous proteins. Nonsense mediated decay

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-012 [Transcript ID] ENST00000478708 [bp] 445 [Protein] 40aa [Translation ID] ENSP00000455438 [CCDS] - [UniProt] H3BPR5 [RefSeq] - [Flags] 5' truncation in transcript evidence prevents annotation of the start of the CDS.CDS 5' incompleteTranscript Support Level 5, for transcripts that are not supported at all by either an mRNA or an EST.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:5 [Biotype]

Output: Transcript is thought to undergo nonsense mediated decay, a process which detects nonsense mutations and prevents the expression of truncated or erroneous proteins. Nonsense mediated decay

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-011 [Transcript ID] ENST00000471311 [bp] 621 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 3, when transcripts are supported by a single EST only.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:3 [Biotype]

Output: Transcripts that don't contain an open reading frame (ORF) and cannot be placed in one of the other categories.Processed transcript

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-017 [Transcript ID] ENST00000561962 [bp] 570 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 4, for transcripts supported by an EST flagged as suspect.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:4 [Biotype]

Output: Transcripts that don't contain an open reading frame (ORF) and cannot be placed in one of the other categories.Processed transcript

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-009 [Transcript ID] ENST00000460496 [bp] 569 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 4, for transcripts supported by an EST flagged as suspect.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:4 [Biotype]

Output: Transcripts that don't contain an open reading frame (ORF) and cannot be placed in one of the other categories.Processed transcript

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-016 [Transcript ID] ENST00000462923 [bp] 550 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 5, for transcripts that are not supported at all by either an mRNA or an EST.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:5 [Biotype]

Output: Transcripts that don't contain an open reading frame (ORF) and cannot be placed in one of the other categories.Processed transcript

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-010 [Transcript ID] ENST00000464702 [bp] 511 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 2, when transcripts are supported by multiple ESTs or by an mRNA flagged as suspect.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:2 [Biotype]

Output: Transcripts that don't contain an open reading frame (ORF) and cannot be placed in one of the other categories.Processed transcript

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-018 [Transcript ID] ENST00000569721 [bp] 330 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 5, for transcripts that are not supported at all by either an mRNA or an EST.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:5 [Biotype]

Output: Transcripts that don't contain an open reading frame (ORF) and cannot be placed in one of the other categories.Processed transcript

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-005 [Transcript ID] ENST00000491073 [bp] 2387 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 1, when transcripts are supported by at least one non-suspect mRNA.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:1 [Biotype]

Output: Alternatively spliced transcript that is believed to contain intronic sequence relative to other coding transcripts in a given locus.Retained intron

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [Name] PDPK1-014 [Transcript ID] ENST00000570136 [bp] 1125 [Protein] No protein [Translation ID] - [CCDS] - [UniProt] - [RefSeq] - [Flags] Transcript Support Level 2, when transcripts are supported by multiple ESTs or by an mRNA flagged as suspect.The Transcript Support Level (TSL) is a method to highlight the well-supported and poorly-supported transcript models for users. The method relies on the primary data that can support full-length transcript structure: mRNA and EST alignments supplied by UCSC and Ensembl.TSL:2 [Biotype]

Output: Alternatively spliced transcript that is believed to contain intronic sequence relative to other coding transcripts in a given locus.Retained intron

Ensembl genome browser 81: Homo sapiens - Supporting evidence - Transcript: PDPK1-016 (ENST00000462923)


Input: [0] K3 [rat]

Output: _____MSKPLTPSTY


Input: [0] T6 [rat]

Output: __MSKPLTPSTYVRS


Input: [0] S8 [rat]

Output: MSKPLTPSTYVRSLN


Input: [0] K34 [rat]

Output: DPQEGWKKLAVAIKK


Input: [0] P114 [rat]

Output: QAVHSLPPREAATVA


Input: [0] S152 [rat]

Output: PSCELPDSSSPGHQS


Input: [0] S153 [rat]

Output: SCELPDSSSPGHQSV


Input: [0] S154 [rat]

Output: CELPDSSSPGHQSVE


Input: [0] S159 [rat]

Output: SSSPGHQSVEFSDTR


Input: [0] T210 [rat]

Output: YKGCVNNTTVAVKKL


Input: [0] T211 [rat]

Output: KGCVNNTTVAVKKLG


Input: [0] S338 [rat]

Output: DFGLARASAKLAQTV


Input: [0] T344 [rat]

Output: ASAKLAQTVMTSRIV


Input: [0] T347 [rat]

Output: KLAQTVMTSRIVGTT


Input: [0] S348 [rat]

Output: LAQTVMTSRIVGTTA


Input: [0] T354 [rat]

Output: TSRIVGTTAYMAPEA


Input: [0] Y356 [rat]

Output: RIVGTTAYMAPEALR


Input: [AID] 705 [Type] Screening [Comment] depositor-specified cross reference [Name]

Output: Yeast Lifespan Shortening Chemical Screening, Permissive Growth Control - Pilot Screen

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 706 [Type] Screening [Comment] depositor-specified cross reference [Name]

Output: Yeast Lifespan Shortening Chemical Screening, Restrictive Growth Control - Pilot Screen

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 775 [Type] Screening [Comment] depositor-specified cross reference [Name]

Output: Screen for Chemicals that Extend Yeast Lifespan

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 804 [Type] Screening [Comment] depositor-specified cross reference [Name]

Output: Screen for Chemicals that Shorten Yeast Lifespan

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 812 [Type] Confirmatory [Comment] depositor-specified cross reference [Name]

Output: Screen for Chemicals that Extend Yeast Lifespan; Lifespan Extension in the Absence of Nicotinamide Secondary Screen

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 816 [Type] Confirmatory [Comment] depositor-specified cross reference [Name]

Output: Screen for Chemicals that Extend Yeast Lifespan; Counterscreen for Compounds that Activate the Gal1p promoter

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 849 [Type] Confirmatory [Comment] depositor-specified cross reference [Name]

Output: Screen for Chemicals that Shorten Yeast Lifespan, Dose response

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [AID] 850 [Type] Confirmatory [Comment] depositor-specified cross reference [Name]

Output: Screen for Chemicals that Shorten Yeast Lifespan, Dose Response Permissive Growth Control

AID 809 - Screen for Chemicals that Extend Yeast Lifespan, Dose Response - PubChem BioAssay Summary


Input: [Quantifier] * [Matches]

Output: a sequence of 0 or more matches of the atom

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] + [Matches]

Output: a sequence of 1 or more matches of the atom

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] ? [Matches]

Output: a sequence of 0 or 1 matches of the atom

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] {m} [Matches]

Output: a sequence of exactly m matches of the atom

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] {m,} [Matches]

Output: a sequence of m or more matches of the atom

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] {m,n} [Matches]

Output: a sequence of m through n (inclusive) matches of the atom; m cannot exceed n

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] *? [Matches]

Output: non-greedy version of *

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] +? [Matches]

Output: non-greedy version of +

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] ?? [Matches]

Output: non-greedy version of ?

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] {m}? [Matches]

Output: non-greedy version of {m}

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] {m,}? [Matches]

Output: non-greedy version of {m,}

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Quantifier] {m,n}? [Matches]

Output: non-greedy version of {m,n}

PostgreSQL: Documentation: 9.3: Pattern Matching


Input: [Property] altKey [Value]

Output: true if the Alt key is active (Windows or Linux).

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] bubbles [Value]

Output: true

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] cancelable [Value]

Output: false; there is no default behavior to cancel.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] commandKey [Value]

Output: true on the Mac if the Command key is active; false if it is inactive. Always false on Windows.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] controlKey [Value]

Output: true if the Ctrl or Control key is active; false if it is inactive.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] ctrlKey [Value]

Output: true on Windows or Linux if the Ctrl key is active. true on Mac if either the Ctrl key or the Command key is active. Otherwise, false.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] currentTarget [Value]

Output: The object that is actively processing the Event object with an event listener.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] phase [Value]

Output: The current phase in the event flow; a value from the GesturePhase class.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] localX [Value]

Output: The horizontal coordinate at which the event occurred relative to the containing display object.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] localY [Value]

Output: The vertical coordinate at which the event occurred relative to the containing display object.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] scaleX [Value]

Output: The horizontal scale of the display object since the previous gesture event. For pan gestures this value is 1.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] scaleY [Value]

Output: The vertical scale of the display object since the previous gesture event. For pan gestures this value is 1.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] rotation [Value]

Output: The current rotation angle, in degrees, of the display object along the z-axis, since the previous gesture event. For pan gestures this value is 0.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] offsetX [Value]

Output: The horizontal translation of the display object from its position at the previous gesture event.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] offsetY [Value]

Output: The vertical translation of the display object from its position at the previous gesture event.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] shiftKey [Value]

Output: true if the Shift key is active; false if it is inactive.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Property] target [Value]

Output: The InteractiveObject instance under the touching device. The target is not always the object in the display list that registered the event listener. Use the currentTarget property to access the object in the display list that is currently processing the event.

TransformGestureEvent - Adobe ActionScript® 3 (AS3 ) API Reference


Input: [Feature] Large number of protection regions [MMU] Yes [eMMU-RT] Yes [eMMU-NRT] Yes [MPU]

Output: No


Input: [Feature] Address space translation capabilities [MMU] Yes [eMMU-RT] Yes [eMMU-NRT] Yes [MPU]

Output: No


Input: [Feature] Suitable for high-end RTOS [MMU] Yes [eMMU-RT] Yes [eMMU-NRT] Yes [MPU]

Output: No


Input: [Feature] Suitable for Linux [MMU] Yes [eMMU-RT] Optional [eMMU-NRT] Yes [MPU]

Output: No


Input: [Feature] Ideal for real-time tasks [MMU] No [eMMU-RT] Yes [eMMU-NRT] No [MPU]

Output: Yes


Input: [Feature] Ideal for task context swapping [MMU] No [eMMU-RT] Yes [eMMU-NRT] Yes [MPU]

Output: Yes


Input: [Feature] Relative level memory consumption [MMU] High [eMMU-RT] Low [eMMU-NRT] High [MPU]

Output: Low


Input: [Feature] Increase in logic element resources over fast NIOSII / MicroBlaze soft cores [MMU] ~66% [eMMU-RT] < 6% [eMMU-NRT] Low [MPU]

Output: ~33%