Tutorial 3 - Mixins
In this tutorial we refactor the Mixin from the previous steps into two, one which serves
the behaviour interface and one which serves the state interface. This makes it possible to
reuse the interfaces independently and also makes it easier to exchange one interface implementation
with another. This also allows us to specify the new Mixins as default implementations of
the interfaces by adding @Mixins annotations on them.
Steps for this tutorial:
- Refactor the Mixin into one which implement the behaviour interface and one which implements the state
interface. Use the @This injection annotation to allow the behaviour to access the state.
- Add a @Mixins annotations on the behaviour and state interfaces which declare the Mixins as default
implementations.
- Remove the @Mixins annotation from the TransientComposite interface.


lib/model.js
Handles all model interations.
lib/collection.js
Handles all collection interations.
lib/sync.js
Drip-in replacement for Backbone.sync
ioBind is a plugin for Backbone that makes it easy to bind Socket.io events to models and collections. This can be as easy as using the included replacement for Backbone.sync, or you can bind to your own events. Or both!
Handles all model interations.
Handles all collection interations.
Drip-in replacement for Backbone.sync


Use this submission option to create and download a spreadsheet template for samples.
Use this submission option to create and download a spreadsheet template for sequences.
Please select the most appropriate checklist group, checklist and checklist fields. Download an empty spreadsheet template, fill in the spreadsheet and submit the spreadsheet using Webin.
Please select the most appropriate checklist group, checklist and checklist fields. Download an empty spreadsheet template, Fill in the spreadsheet and submit the spreadsheet using Webin command line interface.
Please select a checklist group first.
{{ checklistGroup.name }}
{{ checklistGroup.description }}
Please select a checklist group first.
You have selected {{selectedChecklistGroup.name}}. Please select the most appropriate checklist from the list below.
| Name |
{{ checklist.name }} {{ checklist.description }} |
|---|
Please select a checklist first.
You have selected {{selectedChecklist.name}}. Please select the checklist fields below.
{{field.mandatory}} {{getFieldTypeDisplayText(field)}}
{{field.description}}
0">
0">
Permitted ontology: {{ field.ontologyId }}
Please select a checklist first.
Please download the spreadsheet template containing the fields you have selected by using the 'Download' button below.
Please do not modify the first two lines of the spreadsheet. The first line contains the checklist name and the second line contains the field names in separate columns. The first column in the spreadsheet, the ENTRYNUMBER, starts with 1 and is incremented by 1 for each sequence. For example, if the spreadsheet has 10 sequences the first ENTRYNUMBER should be 1 and the last should be 10. The other columns in the spreadsheet correspond to the checklist fields you have selected. You can find more information about permitted values for each column from the 'Select checklist fields' page.


SENTRY AQ MARDEL CLOUT - cellulose, microcrystalline , metronidazole, trichlorfon and malachite green tablet
Sergeant's Pet Care Products, Inc.
Disclaimer: This drug has not been found by FDA to be safe and effective, and this labeling has not been approved by FDA. For further information about unapproved drugs, click here.
INDICATIONS AND USAGE
For the treatment and control of visible parasites that cause symptoms of
gasping for air, rapid breathing, flicking,
listless behavior and excess mucus production.
Treats Parasites including: Leaches, Lice (Argulus), Flukes, Hexamita, Ick, Anchor
Worms (Lernia), Protozoan/Parasites.
DIRECTIONS FOR USE
It is recommended to treat infected fish in a separate isolation tank. Remove carbon from the filter but do not discontinue filtration. Take a disposable cup and half fill with aquarium water. Dissolve one tablet for every 10 gallons (38 liters) of aquarium water. Dispense the medication throughout the treatment aquarium. One treatment should be adequate. If parasites or symptoms are still present 24 hours after initial treatment, change 25% of the water and treat again. Replace filter carbon 24 hours after final treatment. If fish show signs of stress during treatment, change 50-75% of the water immediately.
WARNINGS
This product contains a chemical known to the State of California to cause cancer. For aquarium use only. Not for use on fish intended for human consumption Do not use on paranhas, Metyniss species, scaleless fish, bottom feeders, marine sharks, lionfish, live rock, invertebrates and amphibians. Clout may stain silicon sealant and aquarium decorations.
KEEP OUT OF REACH OF CHILDREN
STORAGE
Store at room temperature.
INGREDIENTS
4-[p-(dimethylamino)-)O-phenylbenzylidene]-2, 5-cyclohexadien-1-xylidene dimethylammonium chloride; dimethyl (2,2,2-trichloro-1-hydroxyethel) phosphonate; 1,2-dimethyl-5-nitroimidazole and inert ingredients as non-toxic binders.
QUESTIONS OR COMMENTS
Sentry is committed to providing high quality products. If you have questions or comments about this product, please write:
Sentry Consumer Response
P O Box 540399
Omaha NE 68154-0399
HOW SUPPLIED
Sentry AQ Mardel Clout - 10 count
Sentry AQ Mardel Clout - 100 count
PACKAGE LABEL PRINCIPAL DISPLAY PANEL
Sentry AQ Mardel Clout
Distributed by:
Sergeant's Pet Care Products, Inc., Omaha NE 68130
Made in USA
www.sentrypetcare.com
Sergeant's Pet Care Products, Inc.


--- layout: page title: Veterinary Genomics subtitle: Data and tools for veterinary genomics use-site-title: true bigimg: img/agriculture-animal-animal-portrait-634487.25.jpg ---
There's nothing here yet!


Happy or Not?
This is a side-project which uses machine learning to figure out if a given image has happy people or not.
{% for model_name in models %}
{{model_name}}
{% endfor %}
Predict
{% if show_prediction %}
Image
Prediction
{{prediction}}
Confidence : {{confidence}}
{% endif %}


--- layout: post title: 'Bowling Alone: The Collapse and Revival of American Community' date: 2004-06-08 00:00:00 category: books ---


By Lars Lindahl © 1999 Lars Lindahl
"The Talented Mr. Ripley" (1999)
Directed by Anthony Minghella Written by Anthony Minghella Starring Matt Damon, Jude Law, Gwyneth Paltrow, Cate Blanchett, Jack Davenport, Philip Seymour Hoffman, Philip Baker Hall, and James Renhorn.
Grade: **** (out of four)
The last movie I reviewed was Milos Forman's "Man on the Moon." Jim Carrey fabulously portrayed the mysterious comedian Andy Kaufman as a character who was a master at becoming anything but himself. Due to the ambuguity of Kaufman's persona, people were forced to make up for themselves who he actually was. "The Talented Mr. Ripley's" Tom Ripley is a character with the same chameleon-like ability of transforming himself into whatever he pleases. However, he does not let those he encounters decide who he is, instead he judges for himself what people should believe and know. Although Kaufman and Ripley are quite similar, the movies they star in are far from that. While "Man on the Moon" relies on the comedic talents of Carrey to entertain the audience, "The Talented Mr. Ripley" is a grim analysis of civilization in the 1950's which contains elements of trust and deception. When these two adjectives go together in the description of a film, it is expected that tragic chaos will erupt from the combination and strong feelings will develop for the victims and doers. The result of Anthony Minghella's masterpiece is certainly that as eruptions frequently occur during the fabulously suspenseful plot. The film throws its audience around with unique plot twists during every scene creating a thrilling unpredictable atmosphere.
The story follows the adventures of Tom Ripley (played chillingly well by Matt Damon) who finds himself on a journey to Italy where he is being paid to try to convince a young man, Dickie Greenleaf (Jude Law in a breakthrough performance) to return to America. Once he arrives, Ripley finds he is greatly attracted to Greenleaf's style of life. He becomes so obsessed with Greenleaf that eventually his desires take over his morality. "The Talented Mr. Ripley" is a presentation of several classes from the snobby, selfish rich American to lower class Italians. Its wide range of analysis rather than just on Ripley makes it more interesting and disturbing in how social structure creates people. However, Ripley's obsession is the central point and for good reason. This villain is very unique because the majority of the public watching the movie can relate to him more than any other character. We all know that what he is doing is sick and wrong but for some reason we understand why he is doing it. Bonding with Ripley is what makes the film so frightening.
Both the script and the directing are responsible for non stop tension. The dialogue written by Minghella is so fresh and engaging that the film's 160 minute running time seems to fly right by. When one segment of the film begins to drag on too long, the film quickly shifts to a newer, fresher scene. Some very memorable lines and some clever sexual references make this one of the best scripts written this year, if not this decade. The directing also is flawless. Minghella was most likely influenced by Alfred Hitchcock, from his "Psycho"-like format for the opening credits to his very effective ability of spinning the camera to a point of near dizziness like that of "Vertigo." Minghella shows that without special effects a film can still be frightening.
Anthony Minghella utilizes the skills of each actor (most of them Academy Award winners) perfectly. Damon is superb as Ripley. Hidden behind some thick glasses, he looks harmless but once he is overtaken by desire his face completely transforms to a harsh coldness. Jude Law, who has given some decent supporting performances in films such as "eXitenZ" and "Gattaca", takes a surprisingly perfect turn as Dickie Greenleaf.  His performance was accurate in creating mixed emotions for his character. Gwyneth Paltrow was also great as Greenleaf's suspicious girlfriend, Marge. Marge starts off a bit slow and underdeveloped but as the film continues Paltrow is given the chance to bloom and she does. Other supporting actors also contribute their talents such as Philip Seymour Hoffman as one of Greenleaf's friends. Hoffman is beginning to dominate Hollywood as he appears in three movies currently out in theaters and thanks to his talents gives three great performances.
The script, the direction, the acting; all are top notch in this thriller that plays with your mind by playing with the characters' minds. From the very first scene to the very last, "The Talented Mr. Ripley" is perfection.
Grade: **** (out of four)
© 1999 Lars Lindahl
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


VoidyBootstrap
Version 2.1
A Bootstrap 3 blog theme for the Pelican static site generator.
VoidyBootstrap is a Pelican theme that aims to be mobile friendly, responsive, flexible and easily customisable. It can be used in single column mode, or responsive 2 column mode with sidebar.
While the theme provides lots …


<title>
The <title>
element contains a heading or label for the main parts of a
topic: the topic as a whole, sections, examples, and labelled content such as figures and
tables. The element also can be used to provide a title for a map or a relationship table;
when used in a relationship table, the title typically is used as a authoring convenience
and is not rendered for display to an end user.
Category: Basic topic elements


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import org.joda.time.LocalDate @import uk.gov.hmrc.hmrcemailrenderer.templates.helpers.DateHelper @(params: Map[String, Any]) @uk.gov.hmrc.hmrcemailrenderer.templates.helpers.html.template_main(params, "We received your message") { @uk.gov.hmrc.hmrcemailrenderer.templates.helpers.html.salutation(params)
Thank you for the message you sent to HMRC today.
We are working on your message and will reply within @params.getOrElse("waitTime", "7 days").
You do not need to follow up by sending another message or by calling us.
When your reply is ready, we will send you an email to let you know. You can view your messages by signing in to HMRC services.
From HMRC digital team
}


 Try it. To change the value
of a hole, select 'Edit' from the its pulldown menu. Clicking the clear icon -- the small X
at the top right of the filled in hole -- will revert it back to an empty hole.
At the top left of each function box is a green arrow, which provides a pulldown menu with
various useful options. The options available are dependent on the particular function.
The green arrows at the top left of the workspace work much like your browser's
back and forward buttons. You can back up, or undo, a step in editing by clicking
on the left arrow, and redo it by clicking on the right arrow.
To clear the entire workspace, click the x icon at the top right.
Say our VPL looked like this:
We can also do the exact same thing with keyboard shortcuts.
Instead of bringing down the menu, select the box you want to copy (so that its border
is red). Hit Control + C to copy.
You might think the workspace is a bit crowded for just adding 1, 2, and 3,
but there's more going on than just that.
6 - Now let's execute the code we built. Before we execute the '+' function,
let's execute just its second value -- ABS 2. Bring down the menu in the ABS
box and click 'Execute'.
It's ok that this is inside another function -- you can still execute it!
Once you've got a piece of code you'd like to execute, select 'Execute' from the pulldown menu.
A RESULT BOX appears in the RESULTS AREA, the blue area at the bottom of the screen, preceded
by an index number. The highest index number indicates the most recently executed result.
When the index number is blue instead of black, there is additional printout for you to view
beyond what the function returned. To view this, click on the result box's menu
and click 'show printout.'
The results area can be expanded by clicking the square icon at the top right.
Clicking the x icon will clear the results area except the most recently executed result, and
clicking it once more clears it completely.
Editing
There are lots of ways to move boxes around in the workspace. Moving boxes is safe --
you won't lose any information you've typed in -- and useful for that same reason.
The selected box
For some of these you'll need to SELECT a box by clicking somewhere inside it,
surrounding it with a red border.
Choose 'Copy' from the pulldown menu of the thing you want to copy (it can be any size)...
Copying and pasting
...and select 'Paste' from the pulldown menu of the destination hole.
The value 10 is copied into its new hole, leaving the original in place.
Click on the destination hole, turning it into a text box. Anytime you see a text input box,
its corresponding box is automatically selected. (Notice the red border.)
Hit Control + Z to paste.
Cutting and pasting
Cutting forms and pasting them into holes works exactly the same. Instead of
'Copy', choose 'Cut' from the pulldown menu.
Paste it.
To use the keyboard to cut, use Control + X instead of Control + C.
You still paste with Control + Z.
Inserting
Similarly we can INSERT a box into a hole by first SELECTING the hole,
then clicking 'Insert' from the first box's pulldown menu.
To remove the original instance of the box and insert it into a hole,
select the hole and choose 'Cut/Insert' from the first box's pulldown menu.
Generally, when nesting functions, one first brings down the outer function first,
and then brings down the inner function as one of its arguments. But we can also go the other way.
Wrapping
Find the box around which you want to add an immediate layer (it doesn't have to be the
outermost function, or even a function at all) and select 'Wrap enable' from the box's menu...
...then select a function from the palette.
The opposite of wrapping -- adding a level of nesting --
is unwrapping, which can remove a layer in a nested function call.
Choose the layer to remove by selecting Unwrap from that function's menu.
The argument(s) get moved into the new holes accordingly...
the function call of PROTEINS-OF on the variable MY-ORGANISM --
which before the unwrap was passed as the argument to SEQUENCE-OF --
is now passed to the function one level higher, in this case, IS-LIST?
Collapsing
If things get too crowded in the workspace, you can collapse a box by selecting
'Collapse' from the box's pulldown menu.
You can expand the collapsed box by selecting 'Expand' from the box's pulldown menu.
Example
Let's try adding three numbers: 1, the absolute value of -2, and 3.
1 - Bring down the function '+' from the palette menu.
This is what shows up in the workspace:
2 - Click the first hole labeled 'number', turning it into a text-input box.
Type '1' and hit enter.
3 - Click the second hole labeled 'number', turning it into a text-input box.

Now our workspace looks like this:
Now click on the hole labeled 'number', type '-2', and hit enter, yielding this:
4 - Since we want to add a third number, we need to add another hole.
Remember we could add as many holes as we want.
Click the hole labeled 'arg', type '3', and hit enter.
5 - You're done!
We are using the function + to add 1, the result of executing another function
(in this case ABS 2), and 3, with the option of adding more boxes if we want to add more numbers.
Now look at the results area to get the answer.
Now back to our main function, the +. Bring down the main menu in the '+' box
and hit execute.
Now check the results area to get your answer:


The Mac's growl info like messages.
- Show a skinnable message on the right top for a certain time.
- Messages can be made sticky
puiGrowl is a service that can be used to show 'growl' messages.
showInfoMessage = function(title, msg, [options])
showWarnMessage = function(title, msg, [options])
showErrorMessage = function(title, msg, [options])
clearMessages = function() -> remove messages


Alpha-Phonics is a complete phonics reading instruction designed by Samuel L. Blumenfeld for little beginners, but is regularly used by all ages to learn improve reading. It is complete; nothing else is needed. Anyone who can read can teach anyone to read with it.
Alpha-Phonics is an effective, step-by-step program that has taught countless homeschooled children to read, including older struggling readers, dyslexic students, and others. As a stand-alone program or supplement, Alpha-Phonics' systematic phonetic approach will help students build a logical framework for English reading
Sam Blumenfeld published ten books on education in America. He spent much of his career investigating the declne in American literacy and the reason for the high rate of learning disabilities in American childern. Mr. Blumenfeld has taught in schools and tutored privately, developing his own system of intensive phonics. Alpha-Phonics is the result of his research. "I wanted to create an effective, inexpensive and uncomplicated reading instruction program that could be used as widely as possible to help solve America's reading problem."
The alphabet is a tremndously exciting invention based on a great discovery: that all of human language is composed of a small number of irreducible speech sounds. In teaching the alphabet, you can convey to your student the excitement of this great discovery and the marvelous invention based on it.
Writing is an important part of learning to read. But how should you teach the learner to write? The learner should draw the letters of the alphabet when learning the letters in isolation. Once words are being read, the learner should be taught to write them in cursive script.
Donec sed odio dui. Cras justo odio, dapibus ac facilisis in, egestas eget quam. Vestibulum id ligula porta felis euismod semper. Fusce dapibus, tellus ac cursus commodo, tortor mauris condimentum nibh, ut fermentum massa justo sit amet risus.


--- layout: post title: 'By Guy Kawasaki: The Top Ten Lies of Engineers' date: 2006-05-10 00:00:00 ---
The Top Ten Lies of Engineers.


We exchange mices!
- brand compelling e-services
- envisioneer strategic paradigms
- maximize seamless ROI
- visualize out-of-the-box bandwidth
- mesh vertical infomediaries
- synergize open-source interfaces
- recontextualize out-of-the-box systems
- enable leading-edge e-markets
- generate customized bandwidth
- generate clicks-and-mortar relationships
- visualize proactive web services
- architect revolutionary mindshare
- innovate efficient models


WITNESS LIST S/C on Higher Education Committee March 7, 2005 - 1:30P SB 30 ON: Brown, Martha Associate Vice Chancellor for Governmental Relations (Texas Tech University System), Lubbock, TX Hollis, Lois Asst. Comm. Student Services (Tx Higher Education Coordinating Board), Austin Paredes, Raymund A. Commissioner of Higher Education (Texas Higher Education Coordinating Board), Austin, TX Whitmore, Dr. Jon President (Texas Tech University), Lubbock, TX SB 32 ON: Monti, Stephen Executive Vice Provost (UT Austin), Austin, TX SB 95 FOR: Kloppe, Paul Asthma Educator (American Lung Association & Asthma Coalition of Texas) Maxey, Glen Consultant (American Lung Association), Austin, TX Registering, but not testifying: For: Anderson, Robin J. RN, Director of Medical Affairs (American Lung Association of Texas), Austin, TX Nichols, Linda Chief Operating Officer (American Lung Association of Texas), Austin, TX On: Bricker, M.P.H., Susan K. Epidemiologist (Texas Department of State Health Services) SB 254 Registering, but not testifying: On: Reyes, Pedro Associate Vice Chancellor for Academic Affairs (UT System) SB 276 Registering, but not testifying: On: Calhoun, Kirk A. President (UTHCT), Tyler, TX DeWitt, MSN, RN, Anne C. Ex. Dir., Related Health Sciences (Univ. of Texas Health Ctr at Tyler) SB 392 FOR: Jones, Charles Lawyer (Tx Dem Vets), San Antonio, TX Walker, Steve Retired Teacher (Bexar County Coalition of Veterans), San Antonio, TX Registering, but not testifying: For: Miterko, John A. Retired; volunteer for veterans groups (Vietnam Veterans of America; Tx Assc. Vietnam Veterans), Austin, TX SB 502 Registering, but not testifying: For: Garcia, Rey Executive Director (Tx Assn of Community Colleges), Austin, TX On: Hollis, Lois Asst. Comm. for Student Services (Texas Higher Education Coordinating Board), Austin, TX Paredes, Raymund A. Commissioner of Higher Education (Texas Higher Education Coordinating Board), Austin, TX SB 531 Registering, but not testifying: For: Brown, Bob Vice Chancellor of Business Affairs (Dallas County Community Colleges), Mesquite, TX


Reports any calls of overridable methods of the current class during object construction.
An object is constructed inside a constructor, an instance initializer or
inside a clone(), readObject() or readObjectNoData() method.
Methods are overridable if they are not declared final,
static or private.
Such calls may result in subtle bugs, as the object is not guaranteed to be initialized
before the method call occurs.
Powered by InspectionGadgets


Use spinner to visually indicate long operations in motion e.g. request info from slow server
Spinner are used mostly with AJAX call


Black Beauty
by Anna Sewell
Part 3, Chapter 43: A Friend in Need
Additional Information
- Year Published: 1870
- Language: English
- Country of Origin: England
- Source: Sewell, A. (1870) Black Beauty New York: F.M. Lupton Publishing Co.
-
Readability:
- Flesch–Kincaid Level: 4.2
- Word Count: 1,478
- Genre: Memoir
- Keywords: first person narrative, horses
- ✎ Cite This
Downloads
The election day came at last; there was no lack of work for Jerry and me. First came a stout puffy gentleman with a carpet bag; he wanted to go to the Bishopsgate station; then we were called by a party who wished to be taken to the Regent's Park; and next we were wanted in a side street where a timid, anxious old lady was waiting to be taken to the bank; there we had to stop to take her back again, and just as we had set her down a red-faced gentleman, with a handful of papers, came running up out of breath, and before Jerry could get down he had opened the door, popped himself in, and called out, "Bow Street Police Station, quick!" so off we went with him, and when after another turn or two we came back, there was no other cab on the stand. Jerry put on my nose-bag, for as he said, "We must eat when we can on such days as these; so munch away, Jack, and make the best of your time, old boy."
I found I had a good feed of crushed oats wetted up with a little bran; this would be a treat any day, but very refreshing then. Jerry was so thoughtful and kind—what horse would not do his best for such a master? Then he took out one of Polly's meat pies, and standing near me, he began to eat it. The streets were very full, and the cabs, with the candidates' colors on them, were dashing about through the crowd as if life and limb were of no consequence; we saw two people knocked down that day, and one was a woman. The horses were having a bad time of it, poor things! but the voters inside thought nothing of that; many of them were half-drunk, hurrahing out of the cab windows if their own party came by. It was the first election I had seen, and I don't want to be in another, though I have heard things are better now.
Jerry and I had not eaten many mouthfuls before a poor young woman, carrying a heavy child, came along the street. She was looking this way and that way, and seemed quite bewildered. Presently she made her way up to Jerry and asked if he could tell her the way to St. Thomas' Hospital, and how far it was to get there. She had come from the country that morning, she said, in a market cart; she did not know about the election, and was quite a stranger in London. She had got an order for the hospital for her little boy. The child was crying with a feeble, pining cry.
"Poor little fellow!" she said, "he suffers a deal of pain; he is four years old and can't walk any more than a baby; but the doctor said if I could get him into the hospital he might get well; pray, sir, how far is it; and which way is it?"

"Yes, bless him, he is; but I am strong, thank God, and if I knew the way I think I should get on somehow; please tell me the way."
 Now look here, just get into this cab, and I'll drive you safe to the hospital.
"No, sir, no; I can't do that, thank you, I have only just money enough to get back with. Please tell me the way."
"Look you here, missis," said Jerry, "I've got a wife and dear children at home, and I know a father's feelings; now get you into that cab, and I'll take you there for nothing.
"Heaven bless you!" said the woman, and burst into tears.
"There, there, cheer up, my dear, I'll soon take you there; come, let me put you inside."
As Jerry went to open the door two men, with colors in their hats and buttonholes, ran up calling out, "Cab!"
"Engaged," cried Jerry; but one of the men, pushing past the woman, sprang into the cab, followed by the other. Jerry looked as stern as a policeman. "This cab is already engaged, gentlemen, by that lady."
"Lady!" said one of them; "oh! she can wait; our business is very important, besides we were in first, it is our right, and we shall stay in."
 "All right, gentlemen, pray stay in as long as it suits you; I can wait while you rest yourselves." And turning his back upon them he walked up to the young woman, who was standing near me. "They'll soon be gone," he said, laughing; "don't trouble yourself, my dear."
And they soon were gone, for when they understood Jerry's dodge they got out, calling him all sorts of bad names and blustering about his number and getting a summons. After this little stoppage we were soon on our way to the hospital, going as much as possible through by-streets. Jerry rung the great bell and helped the young woman out.
"Thank you a thousand times," she said; "I could never have got here alone."
"You're kindly welcome, and I hope the dear child will soon be better."
He watched her go in at the door, and gently he said to himself, "Inasmuch as ye have done it to one of the least of these." Then he patted my neck, which was always his way when anything pleased him.
The rain was now coming down fast, and just as we were leaving the hospital the door opened again, and the porter called out, "Cab!" We stopped, and a lady came down the steps. Jerry seemed to know her at once; she put back her veil and said, "Barker! Jeremiah Barker, is it you? I am very glad to find you here; you are just the friend I want, for it is very difficult to get a cab in this part of London to-day."
"I shall be proud to serve you, ma'am; I am right glad I happened to be here. Where may I take you to, ma'am?"
"To the Paddington Station, and then if we are in good time, as I think we shall be, you shall tell me all about Mary and the children."
We got to the station in good time, and being under shelter the lady stood a good while talking to Jerry. I found she had been Polly's mistress, and after many inquiries about her she said:
"How do you find the cab work suit you in winter?
"Yes, ma'am, she was; I had a bad cough that followed me up quite into the warm weather, and when I am kept out late she does worry herself a good deal. You see, ma'am, it is all hours and all weathers, and that does try a man's constitution; but I am getting on pretty well, and I should feel quite lost if I had not horses to look after. I was brought up to it, and I am afraid I should not do so well at anything else."
"Well, Barker," she said, "it would be a great pity that you should seriously risk your health in this work, not only for your own but for Mary's and the children's sake; there are many places where good drivers or good grooms are wanted, and if ever you think you ought to give up this cab work let me know."
Then sending some kind messages to Mary she put something into his hand, saying, "There is five shillings each for the two children; Mary will know how to spend it."
Jerry thanked her and seemed much pleased, and turning out of the station we at last reached home, and I, at least, was tired.


Do not panic - Stay at home, Stay safe
Wear a mask
Severity of COVID-19 symptoms can range from very mild to severe fever
Wash hands
Regularly and thoroughly wash hands with soap under running water or use alcohol-based sanitizer if water is not available
Avoid shakes
Severity of COVID-19 symptoms can range from very mild to severe fever
Self-Isolate
Stay home to keep others safe if you recently returned from travelling or not
No contact
Maintain at least 2 metres distance between yourself and anyone who is coughing or sneezing around you


location
We might be up this mountain or not we like to keep our lab away from the poeple but for the people
This could be you our company support this kind of work and we will set up what you need for the basic layout and you get to choose your waifu and or husbando the fee for te set up is fixed at $550.00 and the rest will depened on you.
DEVGU-P Corporation will recive credit for the creation of this game and i recomend it to be played


Code structure
The repo source code is organized in distinct parts.
- documentation -
docs
- plugin library -
library
- core extension -
src/app
- build scripts -
src/build
- tests -
test
Other directories are created during installation and development.
- dependencies -
node_modules
- browser extension -
dist
In order to create or to maintain a plugin, the parts of interest are the library
and the test
components. You should be able to install the extension and create a new plugin without accessing the other parts.


--- layout: page title: "About" description: "Hey, this is Francis." header-img: "img/about-bg.jpg" ---
爱好旅行，摄影和运动，更热爱我现在的coding。
世界那么大，我想去看看。
Hey，我是Francis Soung，程序员 & PHP开发工程师，北京大学 · 计算机科学与技术专业在修；前 · 天地互连开发组技术负责人； 目前任职于凤凰卫视 · 凤凰艺术，担任PHP开发主管，负责PHP后台开发以及技术架构。
一些作品和开源项目，👉 戳 Portfolio 与 Github
个人旅行相册：弗朗西斯的简单生活
Yet another Web Developer / PHP Engineer.
My name is Francis Soung，you can call me nickname Francis. I studied Digital Media Art in Peking University, Computer Science and Technology.
As a engineer, I work at Art@ifeng (Art Ifeng) ,responsible for the development of background technique, and BII Group three years of work.
As a engineer,I am ever offered as php engineer Intern by Bii, PhoenixTV etc, at the background of technology development.
Some of my projects is put on my Portfolio 👉 and Github 👉


|
RobotLib
|
Files | |
| file | aleatoire.cpp |
| file | can.cpp |
| file | capteurDistance.cpp |
| file | customprocs.cpp |
| file | src/del.cpp |
| file | LCD.cpp |
| file | lcm_so1602dtr_m.cpp |
| file | lcm_so1602dtr_m_fw.cpp |
| file | lineFollower.cpp |
| file | memoire_24.cpp |
| file | midi.cpp |
| file | src/moteur.cpp |
| file | photoresistance.cpp |


cells cultures hAEC cell human transgenic expression GFP primary epithelial OpenUrl lentiviral using airway treated host cellular transduction culture well-differentiated Figure virus gene shown viral shRNA basal biological cells. cultures. homogenously knockdown naïve CrossRef IPTG bronchial differentiation respiratory RNA hours individual tracheobronchial Cell However, assessed does mean observed protein protocol results shGFP Data FACS intensity mRNA medium ciliated cultures, different fluorescence inducible transduced Abstract apical established homogenous passage post-differentiation reduction FREE Switzerland) Text composition interactions prior representative specific transgene visualize weeks Cells Ronald Science establishment figure fluorescent hAECs inhibitor innate mCherry phenotype replication study viruses AG, Dijkman; Download Fisher Hulda Original Web additional antibodies basolateral data days described epithelium genetic immune incubated induction levels magnification positive shRNA-mediated sorting supplemented van Dijkman, analyzed coronavirus differentiated donors. independent modification molecular monolayer morphology potential replicates response total treatment undifferentiated (p) B). Dr. Epithelial Furthermore, Gene Human Open Rho-associated View Z-stack able according containing cultured data-hide-link-title=""> data-icon-position="" double epithelium. establish expansion expressing flow generation homogeneously hours, induces infection kinase lentivirus maximum modified new non-treated nuclei projection seeded similar sorted suspension tab target technical tight vectors washed (<;strong>;a<;/strong>;) (ZO-, ;<;div BEGM Biol. DAPI HBSS HCoV-E Huh- IPTG. Jonsdottir Jonsdottir, Lentiviral Methods Mol. Moreover, Treatment Virol Wang, Y-, Zhang, affect allow analysis anatomical cells, compared consecutive control counterstained current demonstrate did differentiate donor eGFP generate harboring important incorporation induced influence initial knockdown. layer level manufacturer’s minutes na[[#xEF]]ve normally number previously supernatant syncytial uniform vector vitro vivo (<;strong>;b<;/strong>;) (Blue). (Thermo A). A.C. Alamar Am. Blue C). Comparison H.R. HCoV-E-GFP M.A. Medium MxA PCR Physiol. Primary Six-week-old Stem Therefore, Using [[#xB]]M air-liquid animal backbone borders change changed characterization day demonstrated depending directly donors duplicates efficacy evaluated evaluation exogenous expanded extracted flasks formalin-fixed functionality goblet growth hairpin heterogeneously image immunostained increase indicates induce integrity isolated junction kinetics left maintained method microscopy modulated non-mammalian observe order passages percentage performed phenotype. post-differentiation. propagation protocol. quantification represent restriction resuspended shGFP, shRNAs shSCR short software span stained system. targeting transduction, types used viability viruses. y-axis)


Reports components, which don’t have an associated template or use both
template
and
templateUrl
properties.


IRQBALANCE
Section: irqbalance (1)Updated: Dec 2006
Index Return to Main Contents
NAME
irqbalance - distribute hardware interrupts across processors on a multiprocessor systemSYNOPSIS
irqbalance
DESCRIPTION
The purpose of irqbalance is distribute hardware interrupts across processors on a multiprocessor system in order to increase performance.
OPTIONS
- --oneshot
- Causes irqbalance to be run once, after which the daemon exits
-
--debug
Causes irqbalance to run in the foreground and extra debug information to be printed
ENVIRONMENT VARIABLES
- IRQBALANCE_ONESHOT
-
Same as --oneshot
- IRQBALANCE_DEBUG
-
Same as --debug
- IRQBALANCE_BANNED_CPUS
-
Provides a mask of cpus which irqbalance should ignore and never assign interrupts to
NOTES
The purpose of irqbalance is to distribute interrupts accross cpus in an smp system such that cache-domain affinity is maximized for each irq. In other words, irqbalance tries to assign irqs to cpu cores such that each irq stands a greater chance of having its interrupt handler be in cache when the irq is asserted to the cpu. This raises a few interesting cases in which the behavior of irqbalance may be non-intuitive. Most notably, cases in which a system has only one cache domain. Nominally these systems are only single cpu environments, but can also be found in multi-core environments in which the cores share an L2 cache. In these situations irqbalance will exit immediately, since there is no work that irqbalance can do which will improve interrupt handling performance. This is normal and not cause for concern. For more information regarding irqbalance, please visit http://irqbalance.org/
Index
This document was created by man2html, using the manual pages.
Time: 05:29:05 GMT, December 24, 2015


WSO2 Enterprise Integrator Monitor is a tool that can be used to monitor an instance of Enterprise Integrator(EI) and find the reason for an issue occur in the EI. When an issue occurs in a production server, to investigate the incident, we need to fetch several information from the server instance. This tool automatically extracts useful information from the server when there are potential issues.
The Monitored details regarding the last issue is as follows.


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psychopy.tools.colorspacetools
¶Functions and classes related to color space conversion
dkl2rgb (dkl[, conversionMatrix]) |
Convert from DKL color space (Derrington, Krauskopf & Lennie) to RGB. |
dklCart2rgb (LUM, LM, S[, conversionMatrix]) |
Like dkl2rgb except that it uses cartesian coords (LM,S,LUM) rather than spherical coords for DKL (elev, azim, contr). |
rgb2dklCart (picture[, conversionMatrix]) |
Convert an RGB image into Cartesian DKL space. |
hsv2rgb (hsv_Nx3) |
Convert from HSV color space to RGB gun values. |
lms2rgb (lms_Nx3[, conversionMatrix]) |
Convert from cone space (Long, Medium, Short) to RGB. |
rgb2lms (rgb_Nx3[, conversionMatrix]) |
Convert from RGB to cone space (LMS). |
dkl2rgb (dkl[, conversionMatrix]) |
Convert from DKL color space (Derrington, Krauskopf & Lennie) to RGB. |
psychopy.tools.colorspacetools.
dkl2rgb
(dkl, conversionMatrix=None)¶Convert from DKL color space (Derrington, Krauskopf & Lennie) to RGB.
Requires a conversion matrix, which will be generated from generic Sony Trinitron phosphors if not supplied (note that this will not be an accurate representation of the color space unless you supply a conversion matrix).
usage:
rgb(Nx3) = dkl2rgb(dkl_Nx3(el,az,radius), conversionMatrix)
rgb(NxNx3) = dkl2rgb(dkl_NxNx3(el,az,radius), conversionMatrix)
psychopy.tools.colorspacetools.
dklCart2rgb
(LUM, LM, S, conversionMatrix=None)¶Like dkl2rgb except that it uses cartesian coords (LM,S,LUM) rather than spherical coords for DKL (elev, azim, contr).
NB: this may return rgb values >1 or <-1
psychopy.tools.colorspacetools.
rgb2dklCart
(picture, conversionMatrix=None)¶Convert an RGB image into Cartesian DKL space.
psychopy.tools.colorspacetools.
hsv2rgb
(hsv_Nx3)¶Convert from HSV color space to RGB gun values.
usage:
rgb_Nx3 = hsv2rgb(hsv_Nx3)
Note that in some uses of HSV space the Hue component is given in radians or cycles (range 0:1]). In this version H is given in degrees (0:360).
Also note that the RGB output ranges -1:1, in keeping with other PsychoPy functions.
psychopy.tools.colorspacetools.
lms2rgb
(lms_Nx3, conversionMatrix=None)¶Convert from cone space (Long, Medium, Short) to RGB.
Requires a conversion matrix, which will be generated from generic Sony Trinitron phosphors if not supplied (note that you will not get an accurate representation of the color space unless you supply a conversion matrix)
usage:
rgb_Nx3 = lms2rgb(dkl_Nx3(el,az,radius), conversionMatrix)
psychopy.tools.colorspacetools.
rgb2lms
(rgb_Nx3, conversionMatrix=None)¶Convert from RGB to cone space (LMS).
Requires a conversion matrix, which will be generated from generic Sony Trinitron phosphors if not supplied (note that you will not get an accurate representation of the color space unless you supply a conversion matrix)
usage:
lms_Nx3 = rgb2lms(rgb_Nx3(el,az,radius), conversionMatrix)
psychopy.tools.colorspacetools.
dkl2rgb
(dkl, conversionMatrix=None)Convert from DKL color space (Derrington, Krauskopf & Lennie) to RGB.
Requires a conversion matrix, which will be generated from generic Sony Trinitron phosphors if not supplied (note that this will not be an accurate representation of the color space unless you supply a conversion matrix).
usage:
rgb(Nx3) = dkl2rgb(dkl_Nx3(el,az,radius), conversionMatrix)
rgb(NxNx3) = dkl2rgb(dkl_NxNx3(el,az,radius), conversionMatrix)


ICCV 2021 Workshop SSLAD Track 3B - Continual Object Detection.
DAVAR LAB
Official Website
Introduction
Autonomous driving technology has been significantly accelerated in recent years because of its great potential in reducing accidents, saving human lives and improving efficiency. In this competition, we focus on continul learning for object detection on four different scenes sequentially.
SODA10M is a 2D object detection dataset, which contains images captured from four different scenarios. These scenarios are set as four tasks for continual learning. The continual learner is trained on each task sequentially. The tasks are:
- Task 1: Daytime, citystreet and clear weather. There are 4470 images in the training set.
- Task 2: Daytime, highway and clear/overcast weather. There are 1329 images in the training set.
- Tast 3: Night. There are 1479 images in the training set.
- Tast 4: Daytime, rain. There are 524 images in the training set.
We have won the 1st place out of 53 teams in this challenge using semi-supervised learning solution.
Solution Description
In the SSLAD-Track 3B challenge on continual learning, we propose the method of COntinual Learning with Transformer (COLT). We find that transformers suffer less from catastrophic forgetting compared to convolutional neural network. The major principle of our method is to equip the transformer based feature extractor with old knowledge distillation and head expanding strategies to compete catastrophic forgetting. In this report, we first introduce the overall framework of continual learning for object detection. Then, we analyse the key elements’ effect on withstanding catastrophic forgetting in our solution. Our method achieves 70.78 mAP on the SSLAD-Track 3B challenge test set.
For more details, please refer to our Technical Report


{%set description = 'Accomplished Linux Software Engineer with extensive Systems Engineering experience in the full life cycle of software development and Release Engineering. Primary skills include a wide range of application development with various programming languages supported by the technical ability to build and administer system infrastructure.'%}
{%set keywords = "Resume,Software Engineer,Systems Engineer,Programmer,Developer,Administrator,linux,Karl N. Redman"%}
{% extends "base.html" %}
{% block content %}
Karl N. Redman
Software/Systems Engineer
I love building systems that help people accomplish their goals.
My passion is developing new and exciting systems. I invent things. I find ways to make things happen. I'm known for this among my peers, relatives, and friends. I'm very good in an emergency with a "can do"/"whatever it takes" attitude. Yet I have the experience to know that not all development work is new and exciting. It is that very experience that gives me the stamina to work effectively on projects that require maintenance, tool generation and otherwise porting applications to new platforms.
Throughout my 20+ year career as a low-middleware Software Applications Engineer I have worked as a professional programmer with tens of languages across over a dozen operating systems within several architectures. This unique career experience has afforded me the opportunity to be an effective Systems Administrator and Systems Engineer where needed -at nearly every institution where I've had the privilege to be employed. I am generally considered to be outspoken in regards to my passion for business concerns relative to projects that I'm involved with. And I am equally known as a champion for the ideas and the work of others. I ask for help when I need it, I admit when I am wrong or don't know something, and I help out my peers whenever I can.


{{> head/head head.defaults}}
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@import url('https://fonts.googleapis.com/css?family=Merriweather:400,400italic,700,700italic|Open+Sans:300italic,700italic,700,300 ');
This is a test page designed for use with Apache Bench. At your Beams server's command line, you can direct one or more tests to this page's url to gauge the server's performance.
Full documentation regarding the features and usage of Apache Bench is available from the Apache Software Foundation here.
If you just want to run a simple test to get started, here's one the Roscoe Labs team recommends:
ab -n 1000 -c 200 https://yoursite.com/tests/abench-test.html/
This test runs 1,000 requests to your server, with a maximum of 200 running concurrently.


On this website I will talk about the pros and cons of getting pets as well as some different options for pets.
What pets are there?
There are many different options for pets but for some people different pets are better to get then others. Here are some of the pets that I would recommend for
people to get.
Fish- these are for people new to pets as they will help you get into the habot of feeding a pet daily
birds- these are more of an intermidiate pet, they are good to get and learn how to take care of a pet more then a fish but are not on the same level of
commitment as something like a cat or dog
cats and dogs- these are pets that are difficult to care for but if you get into a routine they can be very rewarding to have
reptiles- reptiles are fun pets to have and some people love to have them
Keep in mind these are only my suggestions for pets and there are many more that you can get so if you are contimplating getting a pet, take a trip to your local pet
store and browse arounf for a bit.
Pros and Cons
There are many pros and cons that need to be considered when getting a pet. Here are some that I have thought about in the past when getting pets.
Pros
there have been many studies that show pets can help raise your levels of happiness
pets are great companions that can help you not feel lonly
pets like dogs are great for helping to get you more active
pets have also been shown to redice level of stress
Cons
pets can be expensive to get and keep healthy
pets may be difficult to clean up after
some pets can be very time consuming
With all of these it may be hard to decide of you do want to get a pet and in my opinion you should they are great companions and are a joy to be around


--- layout: post title: "CS231n_03405" subtitle: "lecture 4, 5 review" date: 2020-05-25 23:45:13 -0400 background: '/img/posts/01.jpg' ---
To compute gradient for complex functions, we use computational graphs. once expressing a function using a computational graph, then we can use backpropagation which is progressing recursively. Using the chain rule you can compute the gradient in every variable in the computational graph.
Let’s see simple example of backpropagation. Now we have function f of x, y, z. The first step what we have to do is representing function f, using a computational graph. Because backprop is a recursive application of the chain rule, so we're going to start at the end of the computational graph, and then we're going to work backwards and compute all the gradients along the way. And this means if we change y a little bit, the effect of y on q is going to be the local gradient dq over dy.
To explain again shortly, Backprop starts from the back of the graph. And all the way back to the beginning each node has the upstream gradients coming back and immediate output of the node. Using the chain rule, we take upstream gradient coming down and multiply with local gradient in order to get the gradient of the input.
As taking these gradients going backwards we can think add gate as ‘gradient distributor’ and max gate as ‘gradient router’. Add gate passed back the same gradient to both branches coming in, the max gate will just take the gradient and pass it to one of the branches while the other one will have gradient of zero. Also we can think of multiplication gate as a gradient switcher. Because we take this upstream gradient and scale it by the other branch’s value. When you change node a little bit, it will affect both of connected nodes in the forward pass. And this also means when you're doing backprop, both of these gradients coming back will affect this node too.
So what you see here is the gradients of each node. The equation may seem complicated, but if you know how to differential, you can easily get the results. And what we really want to find in this example is how each element of q affects f. The gradient of a vector is always the same size as the original vector, and each element of this gradient means how much this particular element affects final output of the function. Additionally, the important thing to check in practice is whether the gradient with respect to a variable has the same shape as the variable.
As you can see in the screen, you can think forward and a backwards as API. In forward pass it is important to cache the values. Cause we will also use this in the backward pass. And in the backward pass by using the chain rule, we're going to take the upstream gradient and scale it by the value of the other branch.
Now Let’s see what Neural network is. Here we have a matrix multiply of W-one with x, and we also have non-linear function which max is output of this linear layer. So we have first linear layer and then have this non-linearity. And then on top of this we'll add another linear layer. We stack them in a hierarchical way in order to make more complex non-linear function. And we can call this 2-layer Neural Network.
This is a diagram of a neuron. we have a lot of neurons connected together and each neuron has dendrites, which receives the impulses that come into the neuron. After that a cell body integrates all these signals which coming in and passes to connected downstream neurons. Now if we look at each computational node, you can see that they are similar. Where nodes are connected to each other in the computational graph, and inputs are combined and integrated all together with weights, and after that an activation function will pass it down to the connecting neurons. Activation functions usually takes, all the inputs, and then output one number. And a ReLU function is the most similar way that neurons actually behave.
what gave rise to convolutional neural networks? In the 1950s there was series of experiments trying to understand how neurons in the visual cortex worked, through cats. Different kinds of edges and different sorts of shapes are measured through the response of the neurons to these stimuli. Based on this result, the first thing they found out is that, there's sort of topographical mapping in the cortex. And they also discovered that these neurons had a hierarchical organization. Through this results, they start to get the idea of corners and blobs and so on.
Nowdays, ConvNets are used everywhere. For example, they can be used for detection. And they sure do a really good job of localizing where in an image is, and draw bounding boxes around that. Also it is used in segmentation too. where not just looking for the bounding box but also labeling every pixel in the outline of object.
As you can see in this picture we have a 3D image which is 32 by 32 by three. First stretch all of the pixels out to 3072 dimensional vector. And then multiply this with weight matrix. we do this through dot product with 3072 dimensional input, then we're going to get the activation which is 10 of these neuron outputs. So the main difference between a convolutional layer and the fully connected layer Is that fully connected layer can preserve spatial structure.
Let’s see how convolution Layer works. We have this 32 by 32 by three image and weights will be these small filters. And we're going to slide this filter on the image spatially. Filters always extend the full depth of the input volume. So they will overlay this filter on top of a spatial location in the image, and then multiply of each element of filter with corresponding element. To sum up again, slide the filter over the image spatially, compute dot products of the spatial locations in the image, and finally you will get activation map.
We usually work with set of multiple filters while dealing with a convolutional layer. Because each filter can get a specific type of template or concept in the input image. For example if we have six filters, then could get different six activation maps out.
Then how can we use these convolutional layers? In our convolutional network, ConvNet is a sequence of convolutional layers stacked with top of each other. And we're going to intersperse activation functions like a ReLU activation function.
Each of these layers have multiple filters. And each of the filter is producing an activation map. When multiple layers stack together, you can see each filter learning hierarchically when the filters at the earlier layers, represent low-level features, like edges. And at the mid-level, you will get more complex features, like corners and blobs and so on. Finally at higher-level, you're going to get things that are more resemble concepts than blobs.
Let’s see what our total convolutional neural network is doing. First they will get input image, and then pass it through to this sequence of layers. Where we have a convolutional layer first and then non-linear layer after that. Now we have these Conv, ReLU, Conv, ReLU layers, and once in a while we'll also use a pooling layer. which down samples the size of our activation maps. And then finally at the end of this, we'll take last convolutional layer output. Where we use fully connected layer. which is connected to all of these convolutional outputs, and get a final score function.
Now let’s see how the spatial dimensions work out. As you can see in this example, we have a seven by seven input, and three by three filter. Starting with upper left corner, we're going do the dot product to get our first value. And slide it every single spatial location. Stride is the interval when sliding. For example, if we have a stride of two. we're going to skip two pixels over. And this can be a formula of input N, filter size F and stride. When we're sliding along the spatial dimension, output size is going to be N minus F divided by the stride plus one.
In practice it's common to zero pad the borders in order to make the size we want. And also you're will be able to place a filter centered at the, upper right location of input image. In summary, padding can help to maintain or make the size of the output which you want, and make filter able to apply corner regions and edge regions too.
When we have multiple layers stacked together, you'll see that if you don't do any kind of padding, it will quickly shrink the size of the outputs. And this is bad because we're losing some of this information.
If we take a dot product between a filter and a specific part of the image we will get one number out from here. The main point of this slide is that CONV Layer has local connectivity. Instead of being connected to the entire input, CONV Layer just look at a local region of image. And you also will know how much this neuron is being triggered at every spatial location in your image.
Then what will happen when we have several filters which volume are 5 by 5? In this case, we will get 3D grid which is 28 by 28 by five. And this means, different filters applied to the same spatial location in the image, will get several different neurons.
Lastly, I will tell you about pooling. which down samples the input. And it's important to know that pooling doesn't do anything in the depth. And usually max pooling is frequently used.


JavaScript and Ruby have some definite similarities, but also some definite differences. Here is a random list of some of them...
Syntax differences come to mind first. For example, in JavaScript you generally need a semicolon to end statements (not functions). Also, with "if statements" in Javascript, you need to put the conditional statement within parentheses, unlike Ruby. Printing to the screen is also different... In Ruby you generally use "puts" or "print", whereas with JavaScript you typically use "console.log".
Looping operations are another area that have both differences and similarities. Both Ruby and Javascript have "while loops, that continue to perform until the condition is satisfied. Ruby and Javascript both have "for" loops as well, though the difference widens at that point. In JavaScript, there are only two main types of loops, the "for" and the "while" loops. Ruby offers many more built-in iterating options than JavaScript. For example, you have #each, #map, #select, #inject, #reject and #detect. To achieve these equivalent operations in JavaScript, you would generally begin with a "for" loop in each scenario, and fine tune subsequent actions within the code block.
Both JavaScript and Ruby naturally have different variable scope for different situations as well. In general, like Ruby, anything defined outside a particular function (or method in Ruby) can be accessed from within a function, unless otherwise intended.
In general, while both are high level programming languages (as opposed to low level), Ruby has the reputation of being more programmer friendly. Javascript, though, is arguably the language of the web, and as such is indispensible for being able to manipulate web pages. Both are powerful in their own right.


{% extends "master.html" %} {% block content %}
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University of California, Riverside
Within the BML, we seek to develop fundamentally enabling MEMS-based process technologies, devices, and instruments that address critical needs in public health and facilitate the advancement of understanding in areas of medical relevance. We invite you to peruse our site and welcome further inquiries
Microfabrication of silicon enabled the fabrication of micro-electro mechanical systems (MEMS), which are small devices that convert between electric and mechanical energy.  Recently, MEMS and other microdevices are being used to address many critical needs in medicine. As devices that are implanted or interface with patients are designed, silicon’s low fracture toughness and limited biocompatibility become an issue.
To address this, we are working to develop the same microfabrication capabilities of silicon, but in titanium which has the requisite high fracture toughness and biocompatibility that biomedical microdevices command. Building on the previous development of Titanium Deep Reactive Ion Etching (TiDRIE), we are increasing Ti’s micromachining toolbox to include three dimensional and ultra-high resolution etching, down to 150 nm.
While microneedles have the potential to offer precise and painless drug delivery, manufacturing capabilities limit potential materials to those with less than ideal mechanical properties for puncturing tissue while maintaining biocompatibility. Our lab leverages our advancements in titanium micromachining to both single and arrays of microneedles. Pictured is a single titanium microneedle to deliver drugs to the eye. The fenestrated pattern in the needle shaft increases the drug loading capacity of the solid needle.
The international space station (ISS) is now working as a model to assess the demand for long-term deep space travel and human bases on other planets. As part of the Water Recovery System (WRS) on ISS, a thermal catalytic reactor is used to eliminate the dissolved volatile organic compounds (VOCs). To overcome the disadvantages brought by the high operating temperature and pressure, we propose a photocatalytic microfluidic reactor, which operates at standard temperature and pressure. Micropillars with micro-scale dimensions are placed in the reactor chamber to increase the reaction area. This device is fabricated by titanium microelectromechanical systems (MEMS). The nano-porous titania is grown on micropillars to further increase the photocatalytic efficiency.
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Quis hendrerit dolor magna eget est lorem ipsum dolor sit. Id ornare arcu odio ut. At lectus urna duis convallis convallis. Fermentum posuere urna nec tincidunt praesent semper. Ullamcorper dignissim cras tincidunt lobortis feugiat vivamus. Eget lorem dolor sed viverra ipsum nunc aliquet bibendum. Enim lobortis scelerisque fermentum dui faucibus in ornare. Proin nibh nisl condimentum id venenatis a. Ipsum dolor sit amet consectetur adipiscing elit pellentesque.
Research in this area focuses on developing novel MEMS-based microinjection instrumentation that may serve as a fundamental enabler for cell-based therapies. Microinjection represents the "gold standard" for cellular manipulation, due to its precision, safety, and applicability to a wide variety of cell types and molecules. However, since this technique must be done manually and with single cells (~3 cells/min). This makes it difficult to use on large scale for ex vivo cell therapies, even though it could address safety concerns associated with prevailing bulk manipulation techniques (e.g. viral vectors, electroporation, & lipofection). The Si-based ultrahigh throughput (UHT) mechanoporation device shown here represents the first step towards addressing this limitation. This device features individual cell capture and poration sites, but on a large scale compared to manual microinjection. Thus far, we have demonstrated devices capable of throughputs > 1k cells/min, which exceeds the state-of-the-art by 2 - 3 orders of magnitude and begins to approach the throughputs required for clinical relevance. We have also shown similar transfection efficiencies of standard plasmids with standard bulk electroporation techniques in both cell lines and primary cells (above).
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Quisque sagittis purus sit amet volutpat consequat mauris nunc congue. Arcu ac tortor dignissim convallis aenean. Etiam non quam lacus suspendisse faucibus interdum posuere lorem ipsum. Lorem mollis aliquam ut porttitor leo a diam sollicitudin. Convallis aenean et tortor at risus viverra adipiscing at. Nibh cras pulvinar mattis nunc sed blandit libero. Venenatis a condimentum vitae sapien pellentesque. Diam maecenas ultricies mi eget mauris. Facilisis volutpat est velit egestas dui id. Ut ornare lectus sit amet est placerat in egestas erat. Vel elit scelerisque mauris pellentesque pulvinar pellentesque habitant.


PLAYING MONA LISA A film review by Christopher Null Copyright 2000 filmcritic.com filmcritic.com
Playing Mona Lisa follows the life of Claire Goldstein (Alicia Witt), who slowly unravels as various forces of nature turn against her. Claire's life is not unlike the movie as a whole, which starts off strong but meanders to a non-ending that is unlikely to leave anyone very satisfied.
Claire is a "brilliant" 23-year old pianist, which is apt casting for Witt, considering she is also a real-life piano prodigy. On the eve of her graduation from the San Francisco Academy of Music, Claire's life starts to come undone. First she doesn't make it into a big piano competition.
Subplots galore include messy wedding preparations for sister Jenine (Molly Hagan) and a neurosis for dad (Elliott Gould), but Claire is the centerpiece of the film -- and rightly so. Witt is radiant as an actress, and the few times she's been able to strut her stuff at the movies (see Fun), she's stolen the show. Unfortunately, Mona Lisa's rambling storyline portrays Claire as so incapable of motivation that she is literally paralyzed with inaction, so Witt doesn't have much range to show off.
The bulk of the film becomes a hand-wrenching "How will Claire get by?"  There's nothing overly compelling about her self-made tragedy -- everyone's been dumped once in life -- so it's hard to be overly sympathetic.
Fortunately, Witt is so dazzling she largely overcomes the limitations of her character and makes Playing Mona Lisa (a reference to some advice her friend gives her about creating a healthy state of mind) mostly watchable. It's not great cinema, but it's worth a chuckle or two.
 --- Christopher Null -<EMAIL_ADDRESS>- http://www.filmcritic.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


{% extends 'layout.html' %} {% block title %}Workout of the Day{% endblock %} {% block content %}
Name: {{ selected_program.name }}
Number Of Weeks: {{ selected_program.total_weeks }}
Program Tags:
Completed: {{ selected_program.completed }}
Change Program {% endblock %}


Cryptographic competitions |
|
Secret-key cryptographyThe most fundamental promise made by cryptography is that a sender and receiver, starting from nothing more than shared knowledge of a secret key, can securely exchange messages. Secret-key cryptography protects the confidentiality and integrity of the messages against any possible misbehavior by the intermediate network. The advent of public-key cryptography (1976 Diffie–Hellman) introduced new ways to share secrets and to protect messages, but secret-key cryptography remains the high-performance workhorse of cryptography: the vast bulk of encrypted and authenticated data is protected either by a hybrid of public-key and secret-key cryptography or by secret-key cryptography alone.
A block cipher encrypts a short fixed-length message using a secret key shared by the sender and receiver. For example, AES is a block cipher that encrypts a 128-bit (16-byte) block using a 128-bit, 192-bit, or 256-bit key. A stream cipher encrypts a variable-length message using a public nonce (a message number used only once) and a secret key shared by the sender and receiver. For example, all of the ciphers in the eSTREAM portfolio expand the nonce into a long random-looking keystream, which is then xor'ed with the message to produce a ciphertext. There are also several ways to build stream ciphers from block ciphers such as AES: for example, AES-CTR expands a nonce n into AES(n,0), AES(n,1), AES(n,2), etc. A message-authentication code produces an authenticator of a variable-length message using a secret key shared by the sender and receiver; some message-authentication codes also use nonces. Sending the authenticator together with the message protects the message against corruption. Message-authentication codes are often built from block ciphers or from cryptographic hash functions such as SHA-3. An authenticated cipher, also known as an authenticated-encryption scheme or AE scheme, encrypts and authenticates messages, using a public nonce and a secret key shared by the sender and receiver. Authenticated ciphers are often built as various combinations of block ciphers, stream ciphers, message-authentication codes, and hash functions. Version: This is version 2014.01.27 of the secret.html web page. |


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Web Developer from Golden, CO
As a math major and a MSc in Business Analytics, I have a strong problem solving ability that has been a strength throughout the University of Denver Coding Bootcamp.
With experience in IT, Operations, Sales, Project Manager alongside Marketing, Legal, and Product Management, I have seen many sides of business and can add value to your business.
Always learning and trying new things, I have picked up new concepts quickly and autonomously.
I am a full stack developer with data science and business analyst experience adept at solving problems and implementing complicated configurations. Sharpened skills in Javascript, Node.js, MySQL and MongoDB while completing a Certificate in Full Stack Web Development from the University of Denver. Demonstrates strengths in communicating both technical and non-technical aspects and maintaining a positive attitude that infects team morale. Overcame obstacles in completing published novel approach to hybrid simulation and heuristic approach to airport operations problem while completing MSc at the University of Edinburgh. Successfully drove an administration conversion project completion, including requirements design and testing, for 18,000 life insurance policies totaling $13bn of assets. Passionate about leveraging my previous experience to help companies build a web platform on which they can provide a service to their clients.
Plan your next trip by finding flights and hotels, calculating your budget, and creating a custom packing list.
Technology Used:
Organize your holiday gift lists in a fun way and search for great gift ideas while you're at it.
Technology Used:
Follow your favorite charities on your own profile with this app. Get information to help support your decision to donate.
Technology Used:
Explore this command-line only application to discover your favorite concerts, music, and movies.
Technology Used:
Want to battle the houses of Hogwarts? Try your luck in this game of chance in which one house battles the rest!
Technology Used:
Think you know movies? Test your knowledge with this movie trivia game. But make sure you answer quickly, there is a time limit!
Technology Used:
Phone Number:<PHONE_NUMBER>
Email: alix.grillo2@gmail.com


אם אינטרנט ישראלי חופשי חשוב לך, אנחנו צריכים אותך
We care about an open and free internet, with censorship.
A law is about to be passed that introduces official internet cencorship in Israel, at the discression of each and every police officer. Not judge. Not law-maker. Police officer.
We believe this is wrong. While some websites might need blocking, it is far too problematic handing over the authority to do this to police officers, which are supposed to be the executors of the law (רשות מבצעת).
SOPA protests succeeded because the world united against SOPA. Israel is smaller, but the concentration of amazing, creative, freedom-loving people is very high. Together, we can stop this.
Together we stand, divided we fall.


广告、算法与金融
deep learning for computer vision, nips 2013 tutorial, rob fergus slidelink
existing recognition approach. page4. **need ** features are hand-designed. trainable classifier is often generic.
supervised or unsupervised， deep or shallow。page10. need
recap of convnet. page13. need input image -> convolution -> non-linearity -> pooling -> feature maps
cnn. components of each layer. compare to sift descriptor. page 21~22. need
filtering. tied filter weights. page24.
non-linearity. tanh vs sigmoid vs rectified linear. page26.
pooling. max or sum. larger receptive fields. page27~29
architecture of krizhevsky. param nums? page35
直接拿某些层的features送进linear svm of soft-max. page40.
visualizing convnets. page45~46 using deconvolutional networks. 和卷机神经网络某些操作类似，但是是相反的。 feature maps -> unpooling -> non-linearity -> convolution -> input image.
details of operation. page48. need
imagenet 2013 results. page 69. need
improving generalization. page76. need data augmentation. weight decay. inject noise into network. dropout, dropconnect, stochastic pooling.
如何调试cnn。page84~85. need 训练diverges，减小learning rate，numerical gradient checking。 parameters collapse. network is underperforming.
detection with convnets. page89.
using features on other datasets. page106.


--- layout: post title: ruby for system adminstrators date: 2007-01-04 12:08:13.000000000 +01:00 type: post published: true status: publish categories: - coding - OpenSource - ruby tags: [] meta: _publicize_job_id: '14401148445' original_post_id: '76' _wp_old_slug: '76' author: login: joesixpack email<EMAIL_ADDRESS>display_name: dirk lüsebrink first_name: '' last_name: '' ---
From the "Weichet von mir Dämonen!" department here is a little helper i found for the would-be ruby savvy system adminstraters. The Daemons ruby gem by Thomas Uehlinger is a very welcomed replacment for the shell and perl scripting mess you do for half of the day.
Daemons provides: .... scripts to be run as a daemon and to be controlled by simple start/stop/restart commands.
... run blocks of ruby code and control these processes from the main application.
...offers many advanced features like exception backtracing and logging and monitoring
...and automatic restarting of your processes if they crash.


This is a small quiz on Code. Try to answer all questions correctly as fast as you can!  You will have 75 seconds to complete the quiz. Press GO! when ready to begin.


H0 = There is no relation between a beer’s state of origin and its rating.
HA = A beer’s state of origin and the rating I gave it are related.
P-value = 0.001738
lower than 0.05 means there is a relationship!
relationship between style and rating
H0 = There is no relation between the style of a beer and its rating.
HA = I give higher ratings to certain styles of beer than others.
P-value = 1.958e-13
way lower than 0.05 means there is a relationship!
Conclusion
The rating I assign a beer in Untappd has some relationship with both its style and its state of origin, as well as a slight relationship with its ABV content.


Tuition increases approved at Rhode Island colleges
by EndPlayPROVIDENCE, R.I. (AP) - Students at Rhode Island's three state colleges could be paying more in tuition next fall following a vote by state education officials.
WJAR-TV reports the proposal would boost tuition $438 per year at the University of Rhode Island for in-state students; $681 a year for in-state students at Rhode Island College; and $160 a year for in-state students at the Community College of Rhode Island.
The Office of Post-Secondary Education says the hikes are needed to help meet Gov. Gina Raimondo's goal of having 70% of Rhode Islanders earn a post-secondary degree or certificate by 2025.
The proposed hikes will be reviewed by the Office of Management and Budget and the governor may then submit them as part of her upcoming budget.
Raimondo has said she opposes tuition hikes.
___
Information from: WJAR-TV, http://www.turnto10.com


{% extends "base.html" %} {% block extra_head %} {% endblock %} {% block body %} {% block content %}
This sections gives references to the best of the avaliable material on internet from where you can study the particular topics and excel in the field


DataTable has built-in support to deal with huge datasets. In order to enable lazy loading, a LazyDataModel needs to be implemented
to query the datasource when pagination, sorting, filtering or live scrolling happens. This example uses an in-memory list to mimic a real datasource like a database.
In a real application, loading should be executed with the query built using the information passed to the load method.


|
| subroutine | solrfclass::construct_solrf (this, numseg, nmpstp, type, blength) |
| |
| subroutine | solrfclass::setparam1_solrf (this, i, value) |
| |
| subroutine | solrfclass::setparam2_solrf (this, values) |
| |
| subroutine | solrfclass::setparam3_solrf (this, numseg, nmpstp, type, blength) |
| |
| subroutine | solrfclass::getparam1_solrf (this, i, blparam) |
| |
| subroutine | solrfclass::getparam2_solrf (this, blparams) |
| |
| subroutine | solrfclass::getparam3_solrf (this, blength, bnseg, bmapstp, btype) |
| |
| subroutine | solrfclass::maplinear_solrf (t, tau, xm, this, refpt, Bchg, Bmass) |
| |
| subroutine | solrfclass::rk6i_solrf (h, ns, t, y, nvar, this, Bchg, Bmass) |
| |
| subroutine | solrfclass::intfunc1_solrf (t, y, f, this, Bchg, Bmass) |
| |
| subroutine | solrfclass::getaxflde_solrf (z, this, ez1, ezp1, ezpp1) |
| | interpolate the field from the SolRF rf cavity onto bunch location. More...
|
| |
| subroutine | solrfclass::getbgradfld_solrf (z, this, b0, bgrad) |
| |
| subroutine | solrfclass::getfld_solrf (pos, extfld, this) |
| | get external field without displacement and rotation errors. More...
|
| |
| subroutine | solrfclass::getflderr_solrf (pos, extfld, this, dx, dy, anglex, angley, |
| | get external field with displacement and rotation errors. More...
|
| |


Welcome to Apache Sandesha2/C
Sandesha2/C is a C implementation of WS-ReliableMessaging
specification published by IBM, Microsoft, BEA and TIBCO. Sandesha2/C is
built on top of Apache Axis2/C Web
services engine, as a module.
Therefore by using Sandesha2/C you can add reliable messaging capability to
Web services hosted using Axis2/C. Sandesha2/C can also be used with Axis2/C
client to interact with already hosted Web services in a reliable manner.
Latest Release
24th Sep 2007 - Apache Sandesha2/C Version 0.91 Released
Download 0.91
Key Features
- Support for WS-ReliableMessaging on both client side and server side of
Axis2/C. (according the the WS-ReliableMessaging specification February
2005 and WS-ReliableMessaging specification August 2006).
- Pluggable storage framework.
- Configurable delivery assurances. Exactly once delivery assurance is
guaranteed.
- Support for both SOAP 1.1 and 1.2.
- Client API, which provides features for both general and advance
users.
- Samples to test RM scenarios.
- Interoperability with java and .NET.
- Documentation
Major Changes Since Last Release
Apache Sandesha2/C still in the second release.


This page generates PDF document version 1.7 and uses AES 256 bit encryption. The PDF document is generated entirely in-browser using JavaScript. PDF documents generated on this site can be opened by conventional software such as browsers, MacOS Preview and Adobe Acrobat Reader. Most sites require you to upload a pdf file to their servers for encryption, which requires trust in the 3rd party provider. This site removes the need for trust by doing all work 100% in the browser, using JavaScript.