Winter storm alert: Major B.C. highway to receive up to 25 cm of snowfall
by Elana ShepertEnvironment Canada warns that a Pacific Frontal System will bring periods of snowfall to a major B.C. highway throughout the day and into the night.
The forecast notes that 9 cm of snowfall has already fallen on Highway 1 – Alison Pass as of 8 a.m. on Nov. 25. However, periods of heavy snowfall are expected to continue today, as a northerly flow brings several bands of moisture over the area. Between these bands of moisture, the heavy snow is expected to taper off.
Periods of heavy snowfall are expected to continue through the day with total amounts of 15 to 25 cm.
Weather in the mountains can change suddenly resulting in hazardous driving conditions. For instance, as the snow increases, visibility may become severely reduced. As a result, you should be prepared to adjust your driving with changing road conditions during this time.
Public Safety Canada encourages everyone to make an emergency plan and get an emergency kit with drinking water, food, medicine, a first-aid kit and a flashlight.


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dotsEnsembleServer (server) pairs with [dotsClientEnsemble|dotsClientEnsemble details] to enable communication between multiple machines. This class mimics the [[topsEnsemble|topsEnsemble details]] object and receives commands and data from the client. This class must be running BEFORE instantiating any clients. In order to instantiate this class, run the following
myEnsembleServer = dotsEnsembleServer('<IP_ADDRESS>',30000,'<IP_ADDRESS>',30001);
myEnsembleServer.run();
Note that this will effectively block your Matlab instance (because the server is running on essentially a while true
loop unless you specify a duration). Therefore, make sure to open any SnowDots screens and display windows beforehand OR organize your experimental code so that it is an object which can be passed from the client to server and opens a window afterwards.
Refer to the topsEnsemble reference page for details on inherited functions. Below are details on functions specific to the dotsEnsembleServer class.
Functions
function runNewServer(duration, clientIP, clientPort, serverIP, serverPort)
This function starts a new server using the addresses provided. This is essentially doing the same thing as the example code above.


16-year-old Jacob has discovered the ruins of Miss Peregrine's Home for Peculiar Children. As Jacob explores the abandoned building, he realises that the children were more than just peculiar - they may have been dangerous. And somehow - impossible though it seems - they may still be alive.


Your browser doesn't support the canvas element. Not my fault.
Source on GitHub
(you really don't need to see this)


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IMPORTANT: Location changed to The Hilton, 488 George St, SydneyWicked Problems and SharePoint; The one best practice to rule them all Speaker: Paul Culmsee Wicked problems are a particular class of problems – that often defy traditional thinking, tools, and methods that are useful only for simpler ("tame") problems. Most projects today have a significant wicked component and SharePoint is especially susceptible to falling victim. SharePoint project failure more often than not a result of problem wickedness. In fact, wicked problems are so commonplace that the chaos and futility that usually attend them are accepted as inevitable. Failing to recognize the "wicked dynamics" in problems, we persist in applying inappropriate methods and tools to them. This session introduces the concept of wicked versus tame problems, why SharePoint projects often fall foul of them, and offers insights into how wickedness can be managed or tamed to make your SharePoint investment a success. 2007 and 2010 Head to Head in the Real World Speaker: Nicolas Hadlee SharePoint 2010 is abut to arrive with the promise of significant improvements over its 2007 predecessor. Gary and Nick will go head to head using SharePoint 2007 and 2010 and implement a real world solution to see what really has been made easier and better. This session will focus on a live demonstration that takes a real world problem and implements the solution in both SharePoint 2007 and 2010 to contrast and compare the options available under each version. It will demonstrate building an application through the use of site admin pages, SharePoint Designer and maybe even a small amount of code in Visual Studio (don't let it you put off!). It is aimed at a broad audience from developers, IT managers, business analysts and end users. To see more details and RSVP, please visit our facebook .NET group or our LinkedIn .NET group.
|
Australian SharePoint Conference
Come and see lots of great international speakers at this conference including our very own Adam Cogan To see more details and RSVP, please visit Australian SharePoint Conference Page
|
Canberra .NET User Group -
|
Cancelled due to public holiday |
This month the Canberra .net User Group will not be run because of the public holiday.
We encourage you to take advantage of the Scrum training in Melbourne. (at half price)
To see more details and RSVP, please visit our facebook .NET group or our LinkedIn .NET group.
16 days to go!
SSW Brain Quest Full Day Event
|
Team Foundation Server 2010 for Successful Project Management by Adam Cogan
Visual Studio Ultimate (formerly Visual Studio Team System (VSTS)) and Team Foundation Server (TFS) are the cornerstones of development on the Microsoft .NET platform. These are the best tools for a project manager to have successful projects and for the developers to have a focused and smooth software development process.
Come and see Adam Cogan, Microsoft Regional Director, VSTS Champ and Chief Architect from SSW show you:
Walk away knowing how to see the project health and progress. Visual Studio Ultimate is designed to help address many of these traditional problems faced by project managers. It does so by providing a set of integrated tools to help teams improve their software development activities and to help project managers better support the software development processes.
During this session we will cover the lifecycle of creating work items and tracking of releases using Visual Studio Ultimate and Team Foundation Server.
Visual Studio 2010 Team System - An OverviewMicrosoft Visual Studio 2010 Team System is an integrated software development platform to build the mission-critical applications that businesses depend on. It extends Visual Studio's integrated and productive experience from the developer to the entire development team by delivering powerful new role-based tools for software architects, developers, testers and project managers. In this session you will see an overview of these tools and how they can improve your software development cycle.
Visual Studio 2010 Testing with Team Foundation Server (TFS) 2010 - the life of a bugVisual Studio 2010 makes up a large part of a .Net developers life. This session will delve into the 'life of a bug' by taking a walk in the shoes of an everyday bug from discovery to release (and the steps that make up the in between). Come along and check out the new features that will make you happier by making your code better, your job easier, and your team more productive by reducing the obstacles you face in your everyday coding life. Learn:
In this session Adam Cogan will provide information about what is new in SharePoint 2010 and his personal favorites. The SharePoint Team has invested in many including:
Lets see what's good and what's not.
Something About Mary (SharePoint 2010 and Office 2010)Come see Adam Cogan explain what works well with SharePoint and Office for Mary and the other knowledge workers.
First you will get an overview of what is great about having SharePoint in your business. Then see real world examples of:
This is a good chance for you to consider new ways of using Office in your company, along with pitfalls to avoid. Adam gets excited about this session because too often companies limit Office to just an email application, word processor and spreadsheet - completely missing the positive impact it can have on the entire business process.
| Price (ex GST) |
TFS 2010 $110 |
SHAREPOINT $110 |
FULL DAY $190 |
HOSTED Microsoft |
|
Milan 26 JUN 2010 |
TBA | |||
|
Athens 28 JUN 2010 |
TBA | |||
|
London 21 JUL 2010 |
TBA | |||
|
Beijing 1 AUG 2010 |
TBA | |||
|
Sydney 12 AUG 2010 |
Microsoft Sydney |
Automate your Code Reviews with SSW Code Auditor
Are you looking to eradicate bugs and ensure consistency? SSW Code Auditor is a code analysis tool that allows developers to take control of your code, ensuring large, complex source code can be simplified, cleaned and maintained. The built-in rules focus on the most popular .NET languages (C#, VB.NET) for both Windows Forms and ASP.NET; however, the flexibility of SSW Code Auditor allows the developer to add their own rules to target any language in any text file.
If you would like to advertise your product or service with SSW or would like to find out more about various advertising opportunities, please email your enquiry to sophiebelle or call: +61 2 9953 3000.
June 2010 |
||
Tech Breakfast
Come and see Adam Cogan explain what works well with SharePoint and Office for Mary and the other knowledge workers. First you will get an overview of what is great about having SharePoint in your business. Then see real world examples of:
This is a good chance for you to consider new ways of using Office in your company, along with pitfalls to avoid. Adam gets excited about this session because too often companies limit Office to just an email application, word processor and spreadsheet - completely missing the positive impact it can have on the entire business process. |
||
EmploymentDue to the tremendous growth that our business has experienced over the last few months, we are seeking enthusiastic people to join the SSW team. Our Company is based in Neutral Bay which is one of the most elegant and scenic areas of Sydney. SSW is an Australian owned progressive consulting firm specialising in building, implementing and maintaining Microsoft .NET software applications. We are currently strongly looking for a SharePoint Developer. We are also currently looking for:
|
| Copyright � SSW 1990-2010. All Rights Reserved. | Proudly developed by SSW Sydney Web Design | |||||
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"There's a skeleton inside my closet."
This site has been build by an incredibly talented team of skeletons, please feel free to contact us.
Email:TheSkellyCompany@gmail.com


We're thrilled to announce that DeepInfer version 0.1 has been released with new models for medical image analysis.
Install NowGet exposure and boost reproducible research by sharing your deep learning models.
Learn HowDeepInfer model registery is a growing collection of deep learning models for medical image analysis.
Browse Models- DeepInfer is an open-source toolkit for deploying deep learning models
that are designed specifically for medical image analysis and processing.
- DeepInfer allows clinical researchers and biomedical engineers to deploy
pre-trained deep learning models and use task-specific deep models,
without the need for further software development and configuration.
- DeepInfer promotes reproducible resarch and dissimination of knowledge
aquired with data-driven tools.
DeepInfer is managed by deep learning researchers at Surgical Planning Laboratory at the Harvard Medical School, Brigham & Women's Hospital and Robotics and Control Laboratory at University of British Columbia.
Please cite DeepInfer in your publications if it helps your research:
Mehrtash A. et al. " DeepInfer: open-source
deep
learning deployment toolkit for image-guided therapy." SPIE 2017.
Download
PDF at ResearchGate
DeepInfer is supported by National Institutes of Health (NIH P41EB015898, PI: Clare M. Tempany), National Center for Image Guided Therapy, Engineering Research Council (NSERC) of Canada and the Canadian Institutes of Health Research (CIHR).
If you have questions regarding the project or potential collaborations, please feel free to contact: Alireza Mehrtash, Department of Radiology, Brigham and Women’s Hospital.


You must choose features that you think will inform the predictions. Distil will use the chosen features to automatically generate models that predict the target.
Select the features to model
To choose the features that your model should use in its predictions:
- Click Add under the features you think may influence the target:
- Main_Actor
- Other_Main_Actor
- Actor_Associated_To_Main_Actor
- Actor_Associated_To_Other_Main_Actor
- Main_Actor_Type
- Other_Main_Actor_Type
- Country
- Latitude
- Longitude
- Event_Interaction_Type
- Fatalities
In this example, Distil adds the selected features to the list of Features to Model. You can filter or change the type of any of the features to model.
Click Remove under the feature name in the Features to Model pane or click Remove All above the list of features. - Click show more on the Main_Actor card to see more values.
- Click Protestors (Iran) to view samples that match the value in the Samples to Model From table.
- To exclude these samples from the model, click Exclude.
- Click Excluded Samples to review the records you removed.
- Click to see where those records are located.
Depending on your task, next you can:
- Join a dataset to find and incorporate other datasets that may contain additional features that could help improve your models.
- Generate the models to predict Event_Type using the selected features.
Important: You must select at least one feature to model from before you can proceed.
Generate the models
If your task is to build a predictive model, you can now begin the model generation. Based on your selections, Distil:
- Automatically determines the number and type of models to predict your target feature.
- Uses a subset of the actual data to train the models to predict the target using the features selected in this step.
- Applies the trained models to the rest of the actual data to predict the target feature value in each record.
To begin the model generation with the current feature selections:
- Click Create Models.
In this example, Distil will try to predict the Event_Type based on the selected features for a subset of the dataset.
Next steps
Search for datasets to join to the ACLED data.


---
layout: fullwidth
title: Project Artifacts
primary_title: Artifacts
---
{% assign artifacts_by_id = site.artifacts | sort: "artifact_id" | group_by: "artifact_id" %}
{% for id_group in artifacts_by_id %}
- {{ id_group.name }}
{% assign artifacts_by_platform = id_group.items | group_by: "platform" %}
{% for platform_group in artifacts_by_platform %}
{% assign architecture_group = platform_group.items | group_by: "architecture" %}
{% for artifacts in architecture_group %}
- {{ platform_group.name }}-{{ artifacts.name }}
{% endfor %}
{% endfor %}
{% endfor %}


--- date: 2017-07-24T00:11:02+01:00 title: Featured Articles weight: 30 ---
Let us know if you have published using ggtree
and your publication will be featured here.
Radiotherapy induces responses of lung cancer to CTLA-4 blockade. Nature Medicine, 2018.
Comparative genomics reveals the distinct evolutionary trajectories of the robust and complex coral lineages. Genome Biology, 2018.
Phylogenetic approach to recover integration dates of latent HIV sequences within-host. Proc Natl Acad Sci U S A, 2018.
The role of adaptive strategies in plant naturalization. Ecology Letters, 2018.
The evolution of language families is shaped by the environment beyond neutral drift. Nature Human Behaviour, 2018, 2:816–821.
Microbial biogeography of 925 geothermal springs in New Zealand. Nature Communications, 2018, 9:2876.
Defining endemic cholera at three levels of spatiotemporal resolution within Bangladesh. Nature Genetics, 2018, 50(7):951-955.
Recent Asian origin of chytrid fungi causing global amphibian declines. Science, 2018, 360(6389):621-627.
Sustained transmission of high-level azithromycin-resistant Neisseria gonorrhoeae in England: an observational study, The Lancet Infectious Disease. 2018, 18(5):573-581.
DSYB catalyses the key step of dimethylsulfoniopropionate biosynthesis in many phytoplankton. Nature Microbiology, 2018, 3:430-439.
Amphibian chytridiomycosis outbreak dynamics are linked with host skin bacterial community structure. Nature Communications, 2018, 9:693.
Molecular epidemiology reveals the role of war in the spread of HIV in Ukraine. Proc Natl Acad Sci U S A, 2018, 115(5):1051-1056.
Integrated view of Vibrio cholerae in the Americas. Science, 2017, 358(6364):789-793.
Phylogenetic analysis of the human antibody repertoire reveals quantitative signatures of immune senescence and aging. Proc Natl Acad Sci U S A, 2017, 114(5):1105-1110.
Horses in Denmark Are a Reservoir of Diverse Clones of Methicillin-Resistant and -Susceptible Staphylococcus aureus. Frontiers in Microbiology, 2017, 8:543
Gut metagenomes of type 2 diabetic patients have characteristic single-nucleotide polymorphism distribution in Bacteroides coprocola. Microbiome, 2017, 5:15
Function and Phylogeny of Bacterial Butyryl Coenzyme A:Acetate Transferases and Their Diversity in the Proximal Colon of Swine. Applied and Environmental Microbiology. 2016, 82(22):6788-6798.


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WEEK 30 THURSDAY
Year 1 (Year 2)
FIRST READING Romans 8:31b-39
Nothing in creation will be able to separate us from the love of God in Christ Jesus our Lord.
A reading from the Letter of Saint Paul to the Romans
Brethren: If God is for us, who is
against us? He who did not spare his own Son but gave him up for us all, will
he not also give us all things with him? Who shall bring any charge against
God's elect? It is God who justifies; who is to condemn? Is it Christ Jesus,
who died, yes, who was raised from the dead, who is at the right hand of God,
who indeed intercedes for us? Who shall separate us from the love of Christ?
Shall tribulation, or distress, or persecution, or famine, or nakedness, or
peril, or sword? As it is written, "For your sake we are being killed all
the day long; we are regarded as sheep to be slaughtered." No, in all
these things we are more than conquerors through him who loved us. For I am
sure that neither death, nor life, nor angels, nor principalities, nor things
present, nor things to come, nor powers, nor height, nor depth, nor anything
else in all creation, will be able to separate us from the love of God in
Christ Jesus our Lord.
The word of the Lord
R. Save me, Lord, with your merciful love.
But you, O LORD, my Lord, do with me as befits your
name. How good your merciful love! Deliver me. For I am poor
and needy, and my heart is pierced within me.
R. Save me, Lord, with your merciful love.
Help me, LORD my God; save me with your merciful love.
Let them know that this is your hand, that this is your doing, O LORD.
R. Save me, Lord, with your merciful love.
Loud thanks to the LORD are on my lips. I will praise
him in the midst of the throng, for he stands at the right hand of the poor, to
save his soul from those who condemn him.
R. Save me, Lord, with your merciful love.
FIRST READING Ephesians 6:10-20
“Take the whole armour of God, that you may be able, having done all, to stand.”
A reading from the Letter of Saint Paul to the Ephesians
Finally, brethren, be strong in the Lord and in the
strength of his might. Put on the whole armour of God, that
you may be able to stand against the wiles of the devil. For
we are not contending against flesh and blood, but against the principalities,
against the powers, against the world rulers of this present darkness, against
the spiritual hosts of wickedness in the heavenly places. Therefore take
the whole armour of God, that you may be able to
withstand in the evil day, and having done all, to stand. Stand therefore,
having girded your loins with truth, and having put on the breastplate of
righteousness, and having shod your feet with the equipment of the gospel of peace;
besides all these, taking the shield of faith, with which you can quench all
the flaming darts of the evil one. And take the helmet of salvation, and the
sword of the Spirit, which is the word of God. Pray at all times in the Spirit,
with all prayer and supplication. To that end keep alert with all perseverance,
making supplication for all the saints, and also for me, that utterance may be
given me in opening my mouth boldly to proclaim the mystery of the gospel, for
which I am an ambassador in chains; that I may declare it boldly, as I ought to
speak.
The word of the Lord
RESPONSORIAL PSALM Psalm 144:1.2.9-10 (R. 1a)
R. Blest be the Lord, my rock!
Blest be the LORD, my rock, who trains my hands for
battle, who prepares my fingers for war.
R. Blest be the Lord, my rock!
He is my merciful love, my fortress; he is my
stronghold, my savior, my shield in whom I take
refuge. He brings peoples under my rule.
R. Blest be the Lord, my rock!

R. Blest be the Lord, my rock!
R. Alleluia. Blessed is the king who comes in the name of the Lord; peace on earth, and glory in the highest. R. Alleluia.
GOSPEL Luke 13:31-35
“It cannot be that a prophet should perish away from Jerusalem.”
A reading from the holy Gospel according to Luke
On that day some Pharisees came, and said to Jesus,
"Get away from here, for Herod wants to kill you." And he said to
them, "Go and tell that fox, 'Behold, I cast out demons and perform cures
today and tomorrow, and the third day I finish my course. Nevertheless I must
go on my way today and tomorrow and the day following; for it cannot be that a
prophet should perish away from
The Gospel of the Lord


14.10 Implementation and Analysis
of LZ77
With LZ77, we try to compress data by
encoding phrases from a look-ahead buffer as tokens
referencing phrases in a sliding window. To uncompress the
data, we decode each token into the phrase or symbol it
represents. To do this, we must continually update the sliding
window so that at any one time it looks the same as it did
during the compression process. In the implementation
presented here, a symbol in the original data is one
byte.
14.10.1 lz77_compress
The lz77_compress operation (see Example
14.5) compresses data using LZ77. It begins by writing the
number of symbols in the data to the buffer of compressed data
and initializing the sliding window and look-ahead buffer. The
look-ahead buffer is then loaded with symbols.
Compression takes place inside of a loop that
iterates until there are no more symbols to process. We use
ipos to keep track of the current byte being
processed in the original data, and opos to
keep track of the current bit we are writing to the buffer of
compressed data. During each iteration of the loop, we call
compare_win to determine the
longest phrase in the look-ahead buffer that matches one in
the sliding window. The compare_win function returns the
length of the longest match.
When a match is
found, compare_win sets
offset to the position of the match in the
sliding window and next to the symbol in the
look-ahead buffer immediately after the match. In this case,
we write a phrase token to the compressed
data (see Figure
14.4a). Phrase tokens in the implementation presented here
require 12 bits for offsets because the size of the sliding
window is 4K (4096 bytes). Phrase tokens require 5 bits for
lengths because no match will exceed the length of the
look-ahead buffer, which is 32 bytes. If a match is not found,
compare_win returns and sets
next to the unmatched symbol at the start of
the look-ahead buffer. In this case, we write a symbol token
to the compressed data (see Figure
14.4b). Whether we write a phrase or symbol token to the
compressed data, before actually writing the token, we call
the network function htonl as a
convenient way to ensure that the token is in big-endian
format. This is the format required when we actually store the
compressed data as well as when we uncompress it.
Once we write the appropriate token to the
buffer of compressed data, we adjust the sliding window and
the look-ahead buffer. To move the data through the sliding
window, we shift data in from the right side of the window and
out the left. We do the same for the look-ahead buffer. The
number of bytes we move is equal to the number of symbols we
encode in the token.
The runtime complexity of lz77_compress is O (n),
where n is the number of
symbols in the original data. This is because for each of the
n/c tokens in which the data is
encoded, where 1/c is a
constant factor that represents how efficiently symbols are
encoded in phrase tokens, we call compare_win once. The compare_win function runs in a
constant amount of time because the size of the sliding window
and look-ahead buffer are both constant. However, these
constants are large and contribute significantly to the
overall running time of lz77_compress. Thus, the runtime
complexity of lz77_compress is
O (n), but its actual running time is
greatly affected by constant factors. This explains the
generally slow performance of LZ77 when compressing
data.
14.10.2 lz77_uncompress
The lz77_uncompress operation (see Figure
14.4) uncompresses data previously compressed with lz77_compress. It begins by reading
the number of symbols in the compressed data and initializing
the sliding window and look-ahead buffer.
Uncompressing the data takes place inside a
loop that iterates until there are no more symbols to process.
We use ipos to keep track of the current bit
being processed in the compressed data, and
opos to keep track of the current byte we are
writing to the buffer of restored data. During each iteration
of the loop, we first read one bit from the compressed data to
determine the type of token we are about to decode.
At the start of interpreting a token, if the
first bit read is 1, we have encountered a phrase token. Thus, we read each of its members,
look up the phrase in the sliding window, and write the phrase
to the buffer of restored data. As we look up each phrase, we
call the network function ntohl
to ensure that the byte ordering of its offset and length in
the window are correct for the system. This step is required
because both the offset and length are in big-endian format
when read from the compressed data. The look-ahead buffer is
used as a convenient place to temporarily store the data
before copying it into the sliding window. Last, we write the
unmatched symbol encoded by the token. If the first bit read
for the token is 0, we have encountered a symbol token. In
this case, we write the one unmatched symbol it encodes to the
buffer of restored data.
Once we write the
decoded data to the buffer of restored data, we adjust the
sliding window. To move the data through the sliding window,
we shift the decoded data in from the right side of the window
and out the left. The number of bytes we move is equal to the
number of symbols we decode from the token.
The runtime complexity of lz77_uncompress is O (n),
where n is the number of
symbols in the original data. This is because for each of the
n/c tokens in which the data is
encoded, where 1/c is a
constant factor that represents how efficiently symbols are
encoded in phrase tokens, we perform the
constant-time operation of copying symbols from the sliding
window to the buffer of restored data. Thus, the runtime
complexity of lz77_uncompress
is O (n). Its lack of significant constant
factors explains its generally superior performance to huffman_uncompress and its vast
improvement in actual running time over lz77_compress.
Example 14.5.
Implementation of LZ77 /*****************************************************************************
* *
* -------------------------------- lz77.c -------------------------------- *
* *
*****************************************************************************/
#include <netinet/in.h>
#include <stdlib.h>
#include <string.h>
#include "bit.h"
#include "compress.h"
/*****************************************************************************
* *
* ------------------------------ compare_win ----------------------------- *
* *
*****************************************************************************/
static int compare_win(const unsigned char *window, const unsigned char
*buffer, int *offset, unsigned char *next) {
int match,
longest,
i,
j,
k;
/*****************************************************************************
* *
* Initialize the offset, although it is valid only once a match is found. *
* *
*****************************************************************************/
*offset = 0;
/*****************************************************************************
* *
* If no match is found, prepare to return 0 and the next symbol in the *
* look-ahead buffer. *
* *
*****************************************************************************/
longest = 0;
*next = buffer[0];
/*****************************************************************************
* *
* Look for the best match in the look-ahead buffer and sliding window. *
* *
*****************************************************************************/
for (k = 0; k < LZ77_WINDOW_SIZE; k++) {
i = k;
j = 0;
match = 0;
/**************************************************************************
* *
* Determine how many symbols match in the sliding window at offset k. *
* *
**************************************************************************/
while (i < LZ77_WINDOW_SIZE && j < LZ77_BUFFER_SIZE - 1) {
if (window[i] != buffer[j])
break;
match++;
i++;
j++;
}
/**************************************************************************
* *
* Keep track of the offset, length, and next symbol for the best match. *
* *
**************************************************************************/
if (match > longest) {
*offset = k;
longest = match;
*next = buffer[j];
}
}
return longest;
}
/*****************************************************************************
* *
* ----------------------------- lz77_compress ---------------------------- *
* *
*****************************************************************************/
int lz77_compress(const unsigned char *original, unsigned char **compressed,
int size) {
unsigned char window[LZ77_WINDOW_SIZE],
buffer[LZ77_BUFFER_SIZE],
*comp,
*temp,
next;
int offset,
length,
remaining,
hsize,
ipos,
opos,
tpos,
i;
/*****************************************************************************
* *
* Make the pointer to the compressed data not valid until later. *
* *
*****************************************************************************/
*compressed = NULL;
/*****************************************************************************
* *
* Write the header information. *
* *
*****************************************************************************/
hsize = sizeof(int);
if ((comp = (unsigned char *)malloc(hsize)) == NULL)
return -1;
memcpy(comp, &size, sizeof(int));
/*****************************************************************************
* *
* Initialize the sliding window and the look-ahead buffer. *
* *
*****************************************************************************/
memset(window, 0, LZ77_WINDOW_SIZE);
memset(buffer, 0, LZ77_BUFFER_SIZE);
/*****************************************************************************
* *
* Load the look-ahead buffer. *
* *
*****************************************************************************/
ipos = 0;
for (i = 0; i < LZ77_BUFFER_SIZE && ipos < size; i++) {
buffer[i] = original[ipos];
ipos++;
}
/*****************************************************************************
* *
* Compress the data. *
* *
*****************************************************************************/
opos = hsize * 8;
remaining = size;
while (remaining > 0) {
if ((length = compare_win(window, buffer, &offset, &next)) != 0) {
/***********************************************************************
* *
* Encode a phrase token. *
* *
***********************************************************************/
token = 0x00000001 << (LZ77_PHRASE_BITS - 1);
/***********************************************************************
* *
* Set the offset where the match was found in the sliding window. *
* *
***********************************************************************/
token = token | (offset << (LZ77_PHRASE_BITS - LZ77_TYPE_BITS -
LZ77_WINOFF_BITS));
/***********************************************************************
* *
* Set the length of the match. *
* *
***********************************************************************/
token = token | (length << (LZ77_PHRASE_BITS - LZ77_TYPE_BITS -
LZ77_WINOFF_BITS - LZ77_BUFLEN_BITS));
/***********************************************************************
* *
* Set the next symbol in the look-ahead buffer after the match. *
* *
***********************************************************************/
token = token | next;
/***********************************************************************
* *
* Set the number of bits in the token. *
* *
***********************************************************************/
tbits = LZ77_PHRASE_BITS;
}
else {
/***********************************************************************
* *
* Encode a symbol token. *
* *
***********************************************************************/
token = 0x00000000;
/***********************************************************************
* *
* Set the unmatched symbol. *
* *
***********************************************************************/
token = token | next;
/***********************************************************************
* *
* Set the number of bits in the token. *
* *
***********************************************************************/
tbits = LZ77_SYMBOL_BITS;
}
/**************************************************************************
* *
* Ensure that the token is in big-endian format. *
* *
**************************************************************************/
token = htonl(token);
/**************************************************************************
* *
* Write the token to the buffer of compressed data. *
* *
**************************************************************************/
for (i = 0; i < tbits; i++) {
if (opos % 8 == 0) {
/********************************************************************
* *
* Allocate another byte for the buffer of compressed data. *
* *
********************************************************************/
if ((temp = (unsigned char *)realloc(comp,(opos / 8) + 1)) == NULL) {
free(comp);
return -1;
}
comp = temp;
}
tpos = (sizeof(unsigned long) * 8) - tbits + i;
bit_set(comp, opos, bit_get((unsigned char *)&token, tpos));
opos++;
}
/**************************************************************************
* *
* Adjust the phrase length to account for the unmatched symbol. *
* *
**************************************************************************/
length++;
/**************************************************************************
* *
* Copy data from the look-ahead buffer to the sliding window. *
* *
**************************************************************************/
memmove(&window[0], &window[length], LZ77_WINDOW_SIZE - length);
memmove(&window[LZ77_WINDOW_SIZE - length], &buffer[0], length);
/**************************************************************************
* *
* Read more data into the look-ahead buffer. *
* *
**************************************************************************/
memmove(&buffer[0], &buffer[length], LZ77_BUFFER_SIZE - length);
for (i = LZ77_BUFFER_SIZE - length; i<LZ77_BUFFER_SIZE && ipos<size; i++) {
buffer[i] = original[ipos];
ipos++;
}
/**************************************************************************
* *
* Adjust the total symbols remaining by the phrase length. *
* *
**************************************************************************/
remaining = remaining - length;
}
/*****************************************************************************
* *
* Point to the buffer of compressed data. *
* *
*****************************************************************************/
*compressed = comp;
/*****************************************************************************
* *
* Return the number of bytes in the compressed data. *
* *
*****************************************************************************/
return ((opos - 1) / 8) + 1;
}
/*****************************************************************************
* *
* ---------------------------- lz77_uncompress --------------------------- *
* *
*****************************************************************************/
int lz77_uncompress(const unsigned char *compressed, unsigned char
**original) {
unsigned char window[LZ77_WINDOW_SIZE],
buffer[LZ77_BUFFER_SIZE],
*orig,
*temp,
next;
int offset,
length,
remaining,
hsize,
size,
ipos,
opos,
tpos,
state,
i;
/*****************************************************************************
* *
* Make the pointer to the original data not valid until later. *
* *
*****************************************************************************/
*original = orig = NULL;
/*****************************************************************************
* *
* Get the header information. *
* *
*****************************************************************************/
hsize = sizeof(int);
memcpy(&size, compressed, sizeof(int));
/*****************************************************************************
* *
* Initialize the sliding window and the look-ahead buffer. *
* *
*****************************************************************************/
memset(window, 0, LZ77_WINDOW_SIZE);
memset(buffer, 0, LZ77_BUFFER_SIZE);
/*****************************************************************************
* *
* Uncompress the data. *
* *
*****************************************************************************/
ipos = hsize * 8;
opos = 0;
remaining = size;
while (remaining > 0) {
/**************************************************************************
* *
* Get the next bit in the compressed data. *
* *
**************************************************************************/
state = bit_get(compressed, ipos);
ipos++;
if (state == 1) {
/***********************************************************************
* *
* Handle processing a phrase token. *
* *
***********************************************************************/
memset(&offset, 0, sizeof(int));
for (i = 0; i < LZ77_WINOFF_BITS; i++) {
tpos = (sizeof(int) * 8) - LZ77_WINOFF_BITS + i;
bit_set((unsigned char *)&offset, tpos, bit_get(compressed, ipos));
ipos++;
}
memset(&length, 0, sizeof(int));
for (i = 0; i < LZ77_BUFLEN_BITS; i++) {
tpos = (sizeof(int) * 8) - LZ77_BUFLEN_BITS + i;
bit_set((unsigned char *)&length, tpos, bit_get(compressed, ipos));
ipos++;
}
next = 0x00;
for (i = 0; i < LZ77_NEXT_BITS; i++) {
tpos = (sizeof(unsigned char) * 8) - LZ77_NEXT_BITS + i;
bit_set((unsigned char *)&next, tpos, bit_get(compressed, ipos));
ipos++;
}
/***********************************************************************
* *
* Ensure that the offset and length have the correct byte ordering *
* for the system. *
* *
***********************************************************************/
offset = ntohl(offset);
length = ntohl(length);
/***********************************************************************
* *
* Write the phrase from the window to the buffer of original data. *
* *
***********************************************************************/
i = 0;
if (opos > 0) {
if ((temp = (unsigned char *)realloc(orig, opos+length+1)) == NULL) {
free(orig);
return -1;
}
orig = temp;
}
else {
if ((orig = (unsigned char *)malloc(length + 1)) == NULL)
return -1;
}
while (i < length && remaining > 0) {
orig[opos] = window[offset + i];
opos++;
/********************************************************************
* *
* Record each symbol in the look-ahead buffer until ready to *
* update the sliding window. *
* *
********************************************************************/
buffer[i] = window[offset + i];
i++;
/********************************************************************
* *
* Adjust the total symbols remaining to account for each symbol *
* consumed. *
* *
********************************************************************/
remaining--;
}
/***********************************************************************
* *
* Write the unmatched symbol to the buffer of original data. *
* *
***********************************************************************/
if (remaining > 0) {
orig[opos] = next;
opos++;
/********************************************************************
* *
* Also record this symbol in the look-ahead buffer. *
* *
********************************************************************/
buffer[i] = next;
/********************************************************************
* *
* Adjust the total symbols remaining to account for the unmatched *
* symbol. *
* *
********************************************************************/
remaining--;
}
/***********************************************************************
* *
* Adjust the phrase length to account for the unmatched symbol. *
* *
***********************************************************************/
length++;
}
else {
/***********************************************************************
* *
* Handle processing a symbol token. *
* *
***********************************************************************/
next = 0x00;
for (i = 0; i < LZ77_NEXT_BITS; i++) {
tpos = (sizeof(unsigned char) * 8) - LZ77_NEXT_BITS + i;
bit_set((unsigned char *)&next, tpos, bit_get(compressed, ipos));
ipos++;
}
/***********************************************************************
* *
* Write the symbol to the buffer of original data. *
* *
***********************************************************************/
if (opos > 0) {
if ((temp = (unsigned char *)realloc(orig, opos + 1)) == NULL) {
free(orig);
return -1;
}
orig = temp;
}
else {
if ((orig = (unsigned char *)malloc(1)) == NULL)
return -1;
}
orig[opos] = next;
opos++;
/***********************************************************************
* *
* Record the symbol in the look-ahead buffer until ready to update *
* the sliding window. *
* *
***********************************************************************/
if (remaining > 0)
buffer[0] = next;
/***********************************************************************
* *
* Adjust the total symbols remaining to account for the unmatched *
* symbol. *
* *
***********************************************************************/
remaining--;
/***********************************************************************
* *
* Set the phrase length to account for the unmatched symbol. *
* *
***********************************************************************/
length = 1;
}
/**************************************************************************
* *
* Copy the look-ahead buffer into the sliding window. *
* *
**************************************************************************/
memmove(&window[0], &window[length], LZ77_WINDOW_SIZE - length);
memmove(&window[LZ77_WINDOW_SIZE - length], &buffer[0], length);
}
/*****************************************************************************
* *
* Point to the buffer of original data. *
* *
*****************************************************************************/
*original = orig;
/*****************************************************************************
* *
* Return the number of bytes in the original
data. *
* *
*****************************************************************************/
return
opos;
} |


Toggle navigation
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OceanLink Publications
2015
Science wrote a news article on the GeoLink project
Print Edition
, Science, 2 January 2015, Vol. 347 no. 6217 p. 11, DOI: 10.1126/science.347.6217.11
Full article also available online
2014
SemanticWeb.com is the leading website dedicated to news and information about the application of Semantic Technologies. On May 21, 2014, SemanticWeb.com published an
article
about the OceanLink project (the precursor to GeoLink).


We invite existing Haskell projects, committees and communities to explicitly affiliate and align themselves with the Haskell Foundation. Affiliation means that the group supports the goals of the Haskell Foundation, and that the Haskell Foundation in turn supports this group.
We require affiliated groups to adhere to guidelines around transparency, being open to new members, and follow the Haskell committee guidelines for respectful communication. We believe that this will help us grow towards being a more open and welcoming community.
This is not a closed list! We very much want the Haskell Foundation to be something by all of us. Please contact us if you are interested in joining us in our quest to make Haskell better for everyone.


Dear %NAME%,
You have requested to change password. Please
click here
to change password.
Sincerely,
The
reFigure
team.


I grew up in Bozeman Montana and have always loved the outdoors.I fell in love with photography in high school and bought my first camera my senior year of high school. Recently I started working with Floating Leaf Studios and have found a passion for wedding photography, family photoshoots, and portrait potography. I am excited to continue my career in photography and I hope you will choose me to be a part of documenting your experience!


Generate performance data from heat pump model¶
This example demonstrates the use of the heat pump module to calculate the heat pump heating capacity and power input. For a given set of parameters, the heating capacity and power input is calculated for various combinations of inlet water temperatures and mass flow rates at the evaporator and condenser inlets.
Results from the heat pump model are saved into the file IBPSA/Resources/src/fluid/heatpumps/calibration/Examples/somePerformanceData.txt.
The following script can be found in IBPSA/Resources/src/fluid/heatpumps/calibration/Examples/example_calibration.py:
1# -*- coding: utf-8 -*-
2""" Example use of the heat pump model to generate performance data.
3
4This script demonstrates the use of the heat pump model to generate performance
5data. Data is generated for a heat pump with a scroll compressor and some
6combinations of inlet water temperatures and mass flow rates on the source
7and load sides. The resulting performance data is written to a text file.
8
9"""
10from __future__ import division, print_function, absolute_import
11
12import os
13import sys
14
15
16def main():
17 # Add parent directory to system path
18 parent_dir = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
19 sys.path.insert(1, parent_dir)
20 # Import Heat pump and calibration module
21 import PythonModel as hp
22 # Change working directory to current directory
23 os.chdir(os.path.dirname(__file__))
24 # Set to True if calibrating for cooling mode
25 CoolingMode = False
26 # File name for performance data
27 tableFileName = 'somePerformanceData.txt'
28
29 # Initialize the heat pump model
30 P_nominal = 17.5e3 # Nominal heat pump power input (W).
31 COP_nominal = 4.0 # Nominal COP of the heat pump (-)
32 Q_nominal = P_nominal*COP_nominal # Nominal heat pump capacity (W).
33
34 # Model parameters
35 volRat = 2.365 # Volume ratio (-).
36 V_flow_nominal = 0.00288 # Nominal refrigerant volume flow rate (kg/s).
37 leaCoe = 0.0041 # Leakage coefficient (kg/s)
38 etaEle = 0.924 # Elctro-mechanical efficiency (-).
39 PLos = 396.1 # Constant part of the power losses (W).
40 dTSup = 6.84 # Degree of superheating (K).
41 UACon = 7007.7 # Condenser heat transfer coefficient (W/K).
42 UAEva = 29990.9 # Evaporator heat transfer coefficient (W/K).
43
44 # Boundary conditions
45 # Source-side water mass flow rates (L/s)
46 mSou_flow = [0.6, 0.9, 1.2]
47 # Load-side water mass flow rates (L/s)
48 mLoa_flow = [0.6, 0.9, 1.2]
49 # Source-side entering water temperatures (K)
50 TSou = [273.15, 278.15, 283.15, 288.15, 293.15, 298.15]
51 # Load-side entering water temperatures (K)
52 TLoa = [288.15, 298.15, 308.15, 318.15]
53
54 # -------------------------------------------------------------------------
55 # Initialize all models using given parameters values.
56 # -------------------------------------------------------------------------
57 # Compressor model (Scroll)
58 com = hp.compressors.ScrollCompressor([volRat,
59 V_flow_nominal,
60 leaCoe,
61 etaEle,
62 PLos,
63 dTSup])
64 # Condenser model
65 con = hp.heatexchangers.EvaporatorCondenser([UACon])
66 # Evaporator model
67 eva = hp.heatexchangers.EvaporatorCondenser([UAEva])
68 # Refrigerant model
69 ref = hp.refrigerants.R410A()
70 # Fluid model on condenser side
71 fluCon = hp.fluids.ConstantPropertyWater()
72 # Fluid model on evaporator side
73 fluEva = hp.fluids.ConstantPropertyWater()
74 # Heat pump model
75 heaPum = hp.heatpumps.SingleStageHeatPump(
76 com, con, eva, ref, fluCon, fluEva, Q_nominal, P_nominal, CoolingMode)
77
78 # -------------------------------------------------------------------------
79 # Evaluate heat pump peformance at all combinations of boundary conditions.
80 # -------------------------------------------------------------------------
81 with open(tableFileName, 'w') as f:
82 for TS in TSou:
83 for mS in mSou_flow:
84 for TL in TLoa:
85 for mL in mLoa_flow:
86 # Evaluate capacity, source-side heat transfer rate and
87 # power input.
88 Cap = heaPum.get_Capacity(TS, TL, mS, mL)/1e3
89 HR = heaPum.get_SourceSideTransferRate(TS, TL, mS, mL)/1e3
90 Power = heaPum.get_Power(TS, TL, mS, mL)/1e3
91 # Write to text file.
92 f.write('{}\t{}\t{}\t{}\t{}\t{}\t{}\n'.format(
93 TS, TL, mS, mL, Cap, HR, Power))
94 return
95
96# Main function
97if __name__ == '__main__':
98 main()


Inox Wind gains 5% on bagging power project from ReNew Power
The project is scheduled to be commissioned by January 2020.
Shares of Inox Wind rose 5 percent in early trade on November 4 after the company won an order from ReNew Power.
The company in its press release said that it has bagged an order for a 38 MW wind power project to be developed at Anjar in the State of Gujarat from ReNew Power Limited under the SECI – 2 regime.
The project is scheduled to be commissioned by January 2020.
The order comprises of supply of 19 units of Inox Wind’s state-of-the-art 2 MW 113-metre rotor diameter turbine combined with 92-metre hub height.
The DF 113/92 model is specifically designed for low wind regime (low wind power density sites) typical of the Indian Market.
ReNew Power is already an existing customer of Inox Wind with an installed capacity of 236 MW supplied by Inox Wind spread across multiple wind-rich states of India, the company said.
At 0919 hrs, Inox Wind was quoting at Rs 36.30, up Rs 1.70, or 4.91 percent on the BSE.Special Thursday Expiry on 10th 7th Nov
Early Closure to The Great Diwali Discount. Last Chance to get Moneycontrol PRO for a year @ Rs. 289/- only
Coupon code: DIWALI


{% load crispy_forms_tags %} {% load static i18n %}
There are no chemical subfactors linked to this factor
No biological subfactors linked to this factor
No physical subfactors linked to this factor


Question
The demons had captured the princess (P) and imprisoned her in the bottom-right corner of a dungeon. The dungeon consists of M x N rooms laid out in a 2D grid. Our valiant knight (K) was initially positioned in the top-left room and must fight his way through the dungeon to rescue the princess.
The knight has an initial health point represented by a positive integer. If at any point his health point drops to 0 or below, he dies immediately.
Some of the rooms are guarded by demons, so the knight loses health (negative integers) upon entering these rooms; other rooms are either empty (0's) or contain magic orbs that increase the knight's health (positive integers).
In order to reach the princess as quickly as possible, the knight decides to move only rightward or downward in each step.
Write a function to determine the knight's minimum initial health so that he is able to rescue the princess.
For example, given the dungeon below, the initial health of the knight must be at least 7 if he follows the optimal path RIGHT-> RIGHT -> DOWN -> DOWN
.
| -2 (K) | -3 | 3 |
| -5 | -10 | 1 |
| 10 | 30 | -5 (P) |
Notes:
- The knight's health has no upper bound.
- Any room can contain threats or power-ups, even the first room the knight enters and the bottom-right room where the princess is imprisoned.
Credits:
Special thanks to @stellari for adding this problem and creating all test cases.
Analysis
The key of solving this problem is to do DP from bottom right to top left.
Solution
dp[i][j] means the minimum initial value of each position. As suggested by, the DP equation is:
dp[i][j] = max(1, min(dp[i+1][j], dp[i][j+1]) - dungeon[i][j]).
Code
public class Solution {
public int calculateMinimumHP(int[][] dungeon) {
if (dungeon == null) return 1;
int m = dungeon.length;
int n = dungeon[0].length;
int[][] dp = new int[m][n];
for (int i = m - 1; i >= 0; i--) {
for (int j = n - 1; j >= 0; j--) {
if (i == m - 1 && j == n - 1) {
dp[i][j] = Math.max(1, 1 - dungeon[i][j]);
} else if (i == m - 1) {
dp[i][j] = Math.max(1, dp[i][j + 1] - dungeon[i][j]);
} else if (j == n - 1) {
dp[i][j] = Math.max(1, dp[i + 1][j] - dungeon[i][j]);
} else {
dp[i][j] = Math.max(1,
Math.min(dp[i + 1][j], dp[i][j + 1]) - dungeon[i][j]);
}
}
}
return dp[0][0];
}
}


Welcome to Alice's Rest Page for the 7 Minute Workout!
This is Alice's own rest page that comes up between each activity in the 7 minute workout :)


White to play 14
pips White=167 Black=158
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 24/23 13/9 eq: -0.196 44.88% (G:11.83% B:0.53%) 55.12% (G:13.13% B:0.77%) 2. 13/9 6/5 eq: -0.198 (-0.002) 45.25% (G:11.99% B:0.57%) 54.75% (G:14.78% B:1.13%) 3. 24/23 24/20 eq: -0.234 (-0.038) 43.91% (G:10.08% B:0.37%) 56.09% (G:12.59% B:0.51%) 4. 24/20 6/5 eq: -0.240 (-0.045) 44.56% (G:11.45% B:0.50%) 55.44% (G:15.47% B:0.80%) 5. 13/8 eq: -0.255 (-0.059) 43.65% (G:11.21% B:0.40%) 56.35% (G:14.30% B:0.76%)


.
Introduction
Structure
Intialization
SEREGA'S
P0RTF0LI0
WEB PRGRAMMER
Sergei Shelest
MY
PR0JECTS
first
its my early pre-pre-pre-pre-pre-pre-pre-pre beta game
Try it
?
coming soon


Enter name and GPAs seperated by comma
First student name:
Second student name:
First student GPAs (seperated by comma):
try: 3.0,2.0,2.1,4.0,2.5,3.0,2.0,2.1,4.0,3.0
Second student GPAs (seperated by comma):
try: 2.0,1.3,4.0,2.0,3.9,2.0,1.3,4.0,2.0,3.2


When used at the beginning of the paragraph, it suppresses the paragraph indentation. It has no effect when used in the middle of a paragraph.
See also \indent See also: Making Paragraphs Return to the LaTeX Table of Contents


curl is a command line tool for transferring data with URL syntax, supporting DICT, FILE, FTP, FTPS, GOPHER, HTTP, HTTPS, IMAP, IMAPS, LDAP, LDAPS, POP3, POP3S, RTMP, RTSP, SCP, SFTP, SMTP, SMTPS, TELNET and TFTP. curl supports SSL certificates, HTTP POST, HTTP PUT, FTP uploading, HTTP form based upload, proxies, cookies, user+password authentication (Basic, Digest, NTLM, Negotiate, kerberos...), file transfer resume, proxy tunneling and a busload of other useful tricks. http://curl.haxx.se/
<?php // // records a value to a nimbits data point // $ch = curl_init(); curl_setopt($ch, CURLOPT_URL,"http://cloud.nimbits.com/service/currentvalue"); curl_setopt($ch, CURLOPT_POST, 1); curl_setopt($ch, CURLOPT_POSTFIELDS, "email=example@test.com&secret=1312-3432-324231-123&point=testpoint&value=42.0¬e=helloworld"); curl_exec ($ch); curl_close ($ch); ?>


Hi, I'm Sourabh. I'm currently a software engineer at Coursera, where I work on the analytics team to help provided free and quality education to the whole world. Prior to Coursera I was a masters student at Georgia Tech and had the opportunity to work with Dr. Tucker Balch. I did my undergraduate at BITS Pilani in India. In my free time I like to contribute to open source projects, learn something new, travel and play soccer.
| M.S. Computer Science |
|
| B.E. Electrical and Electronics |
|
| Programming | C, C++, Python, Matlab, R, Javascript, Scala, HTML, CSS, SQL |
| Data Science | Numpy, Scipy, Matplotlib, Sklearn, Cvxopt, Pandas, Hadoop, Giraph, EMR |
| Others | Git, Subversion, AutoCad, Arduino, Maxima, Weka, Octave, Ipython |
| Graduate Student Senate for computer science at Georgia Tech |
| Reviewer for International Conference of Signal Processing and Control |
| Vice president of IEEE student chapter at BITS Pilani, 2011 |


IT generalist with 6+ years of experience in Frontend (UI, 3D Computer Graphics), Middleware & Backend (RESTful APIs).
Keywords: 3D Computer Graphics, UI/UX design and development, Product Usability, Information and Scientific Visualization, Automotive Infotainments, Middleware components, RESTful APIs, Microservices.
Education
M.Tech. in IT , IIIT Bangalore. CGPA : 3.22/4 2013-2015
Thesis: Augmenting NodeTrix for Effective Small World Network Visualization.
B.Tech. (Honors) in CSE , UP Technical University. 75.5% 2006-2010
Dissertation : Traffic analysis based automatic traffic light control
Class 12th , CBSE, Army Public School, Meerut Cantt. 78.6% 2004
Class 10th , CBSE, Army Public School, Meerut Cantt. 81.6% 2002
Work Experience
Software Engineer, CK-12 Foundation Aug 2019 - Currently
Working on development of 2D/3D tools and interactive content for K-12 education.
Teaching Assistant, Introductory C Programming, IIIT-Bangalore. July 2014
Assisted Prof. R Chandrashekhar in teaching and helped students understand and debug assignments.
Systems Engineer, Embedded Innovation Labs, TCS. Dec 2010 - July 2013
Was part of design and development teams for HMI and middleware frameworks for several In-Vehicle Infotainment Systems.
Technical Skills
Open Source Contributions
Publications and Patents
Agarwal S., Tomar A., Sreevalsan-Nair J. (2017) NodeTrix-Multiplex: Visual Analytics of Multiplex Small World Networks. In: Cherifi H., Gaito S., Quattrociocchi W., Sala A. (eds) Complex Networks & Their Applications V. COMPLEX NETWORKS 2016 2016. Studies in Computational Intelligence, vol 693. Springer, Cham
Sravanth Aluru, Gaurav Baid, Amit Tomar (2019) Virtual representation creation of user for fit and style of apparel and accessories
Honors and Awards
Projects
Extra Curricular
Sucessfully completed mini marathons -
Interests
Thanks for reading! Feel free to Contact me..


Unlimited Games. How should Red play 62?
pips Red=148 White=147
(CorrectAnswer= 0/0, ErrorScore= 0)
In a close race it is often right to block your opponent’s double sixes. This position demonstrates that principle very clearly.
The right play is 13/11, 13/7. If White rolls a two he may not even hit. For example 21 would be played 8/7, 6/4.
11/3 is a blunder as is 13/11, 8/2. Everything else is even worse.
The right play is 13/11, 13/7. If White rolls a two he may not even hit. For example 21 would be played 8/7, 6/4.
11/3 is a blunder as is 13/11, 8/2. Everything else is even worse.
1. Cubeful 2-ply 13/11 13/7 Eq.: +0.051 0.518 0.063 0.001 - 0.482 0.063 0.001 2. Cubeful 2-ply 11/3 Eq.: +0.009 (-0.042) 0.504 0.055 0.001 - 0.496 0.056 0.001 3. Cubeful 2-ply 13/11 8/2 Eq.: -0.041 (-0.093) 0.485 0.080 0.001 - 0.515 0.078 0.002 4. Cubeful 2-ply 13/7 11/9 Eq.: -0.071 (-0.122) 0.474 0.081 0.002 - 0.526 0.076 0.002 5. Cubeful 0-ply 8/6 8/2 Eq.: -0.120 (-0.171) 0.462 0.071 0.001 - 0.538 0.077 0.003


name: inverse layout: true class: center, middle, inverse --- # Virtualization ## How to setup the right computation environment ### ~30min --- layout: false ##
Outline
- ### Learning objectives - ### Requirements - ### Introduction - ### Tools - ### Exercises --- ##
Learning objectives
- ### Why do we use virtualization? - ### What are the various types of virtualization? - ### How to use `venv` and `conda`? - ### How to use `Docker`? -- ##
Requirements
- ### Your computer: `venv`, `pip`, `conda`, `Docker` - ### You: `shell` / `Terminal` --- name: inverse layout: true class: center, middle, inverse --- # Introduction --- layout: false ###
Virtualization technologies
- ### Isolate the computing environments - ### Provide a mechanism to encapsulate environments in a self-contained unit that can run anywhere --- ###
Why do we need virtualization?
### Science Reproducibility - Each project in a lab depends on complex software environments - operating system - drivers - software dependencies: Python/MATLAB/R + libraries -- - We try to avoid - the computer I used was shut down a year ago, can’t rerun the results from my publication... - the analysis were run by my student, have no idea where and how... - etc. --- ###
Why do we need virtualization?
### Collaboration with your colleagues - Sharing your code or using a repository might not be enough -- - We try to avoid - well, I forgot to mention that you have to use Clang, gcc never worked for me... - don’t see any reason why it shouldn’t work on Windows...(I actually have no idea about Windows, but won’t say it...) - **it works on my computer...** - etc. --- ###
Why do we need virtualization?
### Freedom to experiment! - Universal Install Script from xkcd: *The failures usually don’t hurt anything...* And usually all your old programs work...
- We try to avoid - I just want to undo the last five hours of my life... --- name: inverse layout: true class: center, middle, inverse --- # Tools --- layout: false ###
Types of virtualization
#### Three main types - pure python virtualization - venv - conda - Containers: - Docker - Singularity - Virtual Machines: - Virtualbox - VMware - AWS, Google Compute Engine, ... --- ####
Main ideas
- Isolate the computing environment - Allow reconstructing computing environments - Allow sharing your computing environments --- ###
Virtualization in python - environments using `venv` and `conda`
#### Virtual environments - keep the dependencies required by different projects in separate places - allows to work with specific versions of libraries or Python itself without affecting other Python projects #### [venv](https://docs.python.org/3/library/venv.html) - an environment manager for python 3.4 and up - preinstalled #### [Conda](https://conda.io/docs/) - A package manager and an environment manager - `conda` is quickest installed with [Miniconda](https://conda.io/miniconda.html). Miniconda installes only the most basic python packages. - If you want a conda environment with many usefull packages already preinstalled, we recommend to download [Anaconda](https://www.anaconda.com/download). --- ### How to use conda? ```bash # Updating conda conda update conda # List available Python version conda search "^python$" # Creating a Python 3.6 environment and install some basic packages conda create -n my_new_py36 python=3.6 numpy scipy matplotlib # Create a new environment using a yml-file conda env create --name neuro --file /path/to/file/environment.yml # Export conda environment (first activate it) conda env export # Remove unused packages and caches conda clean -tipsy # Activating the environment source activate my_new_py36 # Deactivating the environment source deactivate my_new_py36 # List installed conda environments conda env list # Remove conda environment conda remove --name my_new_py36 --all ``` --- ###
Containers - Docker
- leading software container platform - an open-source project - **it runs on Linux, Mac OS X and Windows** -- - share the host system’s kernel with other containers - each container gets its own isolated user space - only bins and libs are created from scratch - **containers are very lightweight and fast to start up** -- #### Testing your Docker installation: ```bash docker run hello-world ``` -- #### Interesting tutorials and blog posts: - [A beginner friendly intro to VMs and Docker](https://medium.freecodecamp.com/a-beginner-friendly-introduction-to-containers-vms-and-docker-79a9e3e119b#.3giab6wvo) - [Intro to Docker from Neurohackweek](https://neurohackweek.github.io/docker-for-scientists/) - [Understanding Images](https://code.tutsplus.com/tutorials/docker-from-the-ground-up-understanding-images--cms-28165) --- ## Why is this so great? - A docker container is a closed environment and will use the exact same software versions, drivers etc. independent from the system it runs on. -- - [Docker Hub](https://hub.docker.com/): Free repositories to share Docker Images -- - [Neurodocker](https://github.com/kaczmarj/neurodocker): Easy and quick way to generate custom Docker images for your neuroimaging environment ```bash docker run \ --rm kaczmarj/neurodocker:master generate docker \ --base neurodebian:stretch-non-free \ --pkg-manager apt \ --install ants fsl \ --add-to-entrypoint "source /etc/fsl/fsl.sh" \ --spm12 version=dev \ --user=neuro \ --miniconda miniconda_version="4.3.31" \ conda_install="python=3.6 jupyter numpy scipy matplotlib" \ pip_install="nilearn https://github.com/nipy/nipype/tarball/master" \ create_env="neuro" \ activate=True \ --workdir /home/neuro > Dockerfile ``` --- ### Short Summary of Docker commands - Part 1 - Managing images: ```bash # Download docker container 'ubuntu' docker pull ubuntu # Show all installed docker container docker images # remove images docker rmi
``` - Running containers ```bash docker run ubuntu echo "hello from your container" ``` - Use `-it` option to run interactively ```bash docker run -it ubuntu bash ``` --- ### Short Summary of Docker commands - Part 2 - Managing containers ```bash # list currently running containers docker ps # list created containers docker ps -a # remove containers docker rm
# remove all stoped containers docker rm $(docker ps -a -q) ``` - Use `--rm` option to automatically remove container when it exits ```bash docker run -it --rm ubuntu ``` - Export and Import docker containers ```bash # Export docker image docker save -o ubuntu_container.tar ubuntu # Import docker image on another PC docker load --input ubuntu_container.tar ``` --- ### Short Summary of Docker commands - Part 3 - Mount one (or many) folders from your own OS inside the docker image ```bash # Mount local 'my_folder' inside docker container # Note: Folder will be created if it doesn't exist or overwrits if present docker run -it --rm -v /path/to/my_folder:/my_folder ubuntu # Mount folder in read only mode docker run -it --rm -v /path/to/my_folder:/my_folder:ro ubuntu ``` -- - for more on Docker, please have a look at this [one-day workshop](https://github.com/PeerHerholz/docker_workshop) --- ###
Containers - Docker and Singularity
#### Docker: - docker can escalate privileges, so you can be effectively treated as a root on the host system - this is usually not supported by administrators from HPC centers -- #### Singularity: - a container solution created for scientific and application driven workloads - supports existing and traditional HPC resources - a user inside a Singularity container is the same user as outside the container - but you can use Vagrant to create a container (you have root privileges on your VM!) - can run (and modify!) existing Docker containers ```bash sudo singularity shell --writable
``` - running VM is required on OSX - [Satra's presentation](http://satra.cogitatum.org/om-images/) - [other tutorials](http://singularity.lbl.gov/tutorials) --- ###
Virtualization - Virtual Machines vs Containers
-- **Virtual Machines** - emulate whole computer system (software+hardware) - run on top of a physical machine using a *hypervisor* - *hypervisor* shares and manages hardware of the host and executes the guest operating system - guest machines are completely isolated and have dedicated resources --- ###
Virtualization - Virtual Machines vs Containers
-- **Docker** - share the host system’s kernel with other containers - each container gets its own isolated user space - only bins and libs are created from scratch - **containers are very lightweight and fast to start up** --- name: inverse layout: true class: center, middle, inverse --- # Questions?


LZ
How this blog works
Thought I'd share a few details about it because I've been looking for the right blogging method for me, and finally I've fallen on something that I think will work nicely.
Org mode
org is a markup format that is associated with Emacs. The plaintext is very readable and there are some nice features for it built into Emacs. One such feature is the capability to render it to HTML.
I have a directory called content
which I keep all the .org
files in, as well as images. This is am emacs-lisp script I run sets some config to walk the content
directory and convert my blog posts to HTML. It also sets a favicon and uses htmlize
to get syntax highlighting in the code blocks.
(package-initialize) (unless package-archive-contents (package-refresh-contents)) (package-install 'htmlize) (require 'ox-publish) (setq org-html-validation-link nil org-html-head-include-scripts nil org-html-head-include-default-style nil org-html-head (concat "<link rel=\"stylesheet\" href=\"https://cdn.simplecss.org/simple.min.css\" />" "<link rel=\"icon\" href=\"data:image/svg+xml,<svg xmlns=%22http://www.w3.org/2000/svg%22 viewBox=%220 0 100 100%22><text y=%22.9em%22 font-size=%2290%22>👻</text></svg>\">")) (setq org-html-htmlize-output-type 'css) ;; Define the publishing project (setq org-publish-project-alist (list (list "orgfiles" :recursive t :base-directory "./content" :publishing-directory "./" :publishing-function 'org-html-publish-to-html :with-author nil :include-toc nil :section-numbers nil :time-stamp-file nil))) ;; Generate the site output (org-publish-all t) (message "Build complete!")
Github pages
With a few click Github Pages can be set up to serve static content in a repo. It detects the index.html
, which is made from the index.org
file, which then links to the other files. You can see the repo here.
Why I like this
I've tried various platforms and static site blog generators (Jekyll, Hugo), as well as building more complicated things from scratch in ClojureScript. These all felt they had too much unnecessary complexity. I considered going fully the other way - just writing it directly into HTML. That's tempting but it's just a bit too unpleasant to read while writing, and a little bit less portable if I want to change to another system in the future. This a happy compromise where it's pretty transparent and flexible while staying really simple.
Thanks
This was pretty much copied from the System Crafters website. So thanks to David over there for that and all his great content about Emacs.


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Home
About
Blog
Stephen Hunter Barbella
Blog
Here's my little space to talk about my life and things I find interesting.
Neural net art
How to make your linux distro look like mine
Programming Language Comparison


- ACM@UCR Member of the Month*
- ACM@UCR & ICPC Member
- ACM@UCR Freshman Mentor
- UCR Programming Contest 2019 Organizer
- Riverside County Programming Contest Advisor
- RoseHack 2019 Volunteer
- Bourns Engineering Day Volunteer x2
* Recognized for my constant contributions to help fellow ACM members in coursework, projects, and professional development.


OUR STORY
It all began in August of 2016. Its almost impossible to believe we started out as a booklclub. Way back then, we were called Book Rage. In 2019, our founder, Alexander, joined Lambda school to learn the delicate art of web development from the masters, and then changed our name (yes, to Better Reads).
We very often had the problem of picking what the next read for our bookclub would be, even though we all knew what kinds of books we enjoyed reading. This solution was built using HTML, CSS, and Javascript.  No gimmicks.
How we do it?
This approach takes into consideration what you love to read, and makes a reccomendation based on the information you provide. Suffice it to say that we help you do the heavy lifting so that you can focus on what you love to do best. Reading.


RBNZ's Hawkesby: Economy is in good shape
by Ross J BurlandThe Reserve Bank of New Zealand’s (RBNZ) Christian Hawkesby, Assistant Governor/GM Economics, Financial Markets and Banking, has been crossing the wires again, in addition to earlier comments whereby an August rate cut has been described as a means to avoiding more later.
Additional comments:
- August cut did not mean something bad had happened.
- The economy is in good shape and we are trying to keep it there.
Earlier in today's Asian opening hours, Hawkesby said, "We need to keep rates at a low level for some time,' adding, "Global risks are still to the downside."
FX implications:
There has been little to zero reaction to the comments today as the price of NZD/USD balances over the support of slightly bullish 21 and 50-day moving averages with price oscillating around 0.64 the figure. There is a focus on US and Chinese trade relations on an otherwise dormant domestic calendar for the week ahead.


Let's work together
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+62 8572 5400 123
home
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| L-Shirt | 1.85 | Pants | 4.00 | Pillow Case | 4.50 | Handkerchief | 2.00 |
| T-Shirt | 3.50 | Jeans | 4.00 | Pillow | 9.00 | Napkin | 3.25 |
| Blouse | 4.00 | Skirt | 4.00 | Small Tablecloth | 16.25 | Place Mat | 3.25 |
| Sweater | 4.00 | Shorts | 4.00 | Medium Tablecloth | 17.00 | Tie | 3.50 |
| Cardigan | 4.00 | Regular Jacket | 4.25 | Large Tablecloth | 18.00 | Scarf | 4.00 |
| Dress Shirt | 4.00 | Wrap Skirt | 4.50 | Twin Bedspread | 21.00 | Hat | 5.75 |
| Vest | 4.00 | Children's Dress | 7.00 | Large Blanket | 21.00 | Lab Coat | 7.25 |
| Top | 4.00 | Short Overalls | 7.00 | Full Bedspread | 21.75 | Drapery | 7.50 |
| Sleeveless Shirt | 4.00 | Jump Suit | 8.00 | Medium Blanket | 21.75 | Sheath | 8.00 |
| Turtleneck | 4.75 | Pajamas | 8.00 | Queen Bedspread | 22.50 | Wind Breaker | 8.50 |
| Knit Set | 5.25 | 2 Piece Suit | 8.00 | Couch Cover | 23.00 | Swim Suit | 8.50 |
| Sport Jacket | 5.75 | Body Suit | 8.50 | Small Blanket | 23.00 | 2 Piece Swim Suit | 8.50 |
| 2 Piece Sweater | 8.00 | B.D.U | 8.75 | King Bedspread | 24.00 | Rain Coat | 11.50 |
| Dress | 8.25 | Sweat Suit | 9.00 | Sleeping Bag | 28.00 | 3/4 Length Coat | 15.00 |
| Gown | 8.50 | Uniform | 9.25 | Down Comforter | 31.00 | Trench Coat | 17.00 |
| Robe | 12.75 | Tuxedo | 10.50 | Twin Comforter | 31.00 | Over Coat | 18.00 |
| 2 Piece Dress | 13.00 | 3 Piece Suit | 12.00 | Full Comforter | 31.50 | 3/4 Length Down Coat | 27.00 |
| Hood Jacket | 23.00 | Overalls | 14.75 | Queen Comforter | 32.00 | Cummerband | 31.00 |
| Wedding Gown | 110.00 | King Comforter | 33.00 |
Lorem ipsum dolor sit amet, consectetur adipiscing elit duis sed dapibus leonec.
Please fill out the form below to send us an email and we will get back to you as soon as possible.
Address1132 W
Thorndale Ave,
Chicago, IL 60660
Phone +1<PHONE_NUMBER>
Hours
Monday - Friday: 7AM-7PM
Saturday: 7AM-6PM
Sunday: Closed


 You should really add an e-mail address so you can receive notifications, reset your password, etc." %}
{% endif %} {% comment %} ADD E-MAIL FORM {% endcomment %}


{% extends 'layout.html' %} {% block title %}Give Feedback{% endblock %} {% block body %}
Are you happy with Flask? Or is something not right? We would love to hear your opinion about your experience with Flask in 140 characters or less so that we can become better.
We're sorry, but this system requires JavaScript to be available in order to give feedback. Please whitelist this website in order to use it. {% endblock %}


|
SDK
Release 1.7.2
Communications, logger, and bootloader libraries.
|
#include <data_sets.h>
Public Attributes | |
| uint32_t | r0 |
| uint32_t | r1 |
| uint32_t | r2 |
| uint32_t | r3 |
| uint32_t | r12 |
| uint32_t | lr |
| uint32_t | pc |
| uint32_t | psr |
Crash Info message Special values: 0xFFFFFFFA: User reset 0xFFFFFFFB: Enable bootloader 0xFFFFFFFC: Invalid code operation 0xFFFFFFFD: soft reset was issued 0xFFFFFFFE: malloc failed 0xFFFFFFFF: stack overflow Others: Non-zero is Hard fault
Definition at line 2409 of file data_sets.h.
| uint32_t crash_info_t::lr |
link register value at time of HardFault
Definition at line 2427 of file data_sets.h.
| uint32_t crash_info_t::pc |
Program Counter value at time of HardFault
Definition at line 2430 of file data_sets.h.
| uint32_t crash_info_t::psr |
Program Status Register value at time of HardFault
Definition at line 2433 of file data_sets.h.
| uint32_t crash_info_t::r0 |
r0 value at time of HardFault
Definition at line 2412 of file data_sets.h.
| uint32_t crash_info_t::r1 |
r1 value at time of HardFault
Definition at line 2415 of file data_sets.h.
| uint32_t crash_info_t::r12 |
r12 value at time of HardFault
Definition at line 2424 of file data_sets.h.
| uint32_t crash_info_t::r2 |
r2 value at time of HardFault
Definition at line 2418 of file data_sets.h.
| uint32_t crash_info_t::r3 |
r3 value at time of HardFault
Definition at line 2421 of file data_sets.h.


Phantom 4 PRO V2.0
Description:
The new Phantom 4 Pro V2.0 features an OcuSync HD transmission system,
which supports automatic dual-frequency band switching and connects
to DJI Goggles RE wirelessly. Like The Phantom 4 Pro and Advanced,
the Phantom 4 Pro V2.0 is equipped with a 1-inch 20-megapixel sensor
capable of shooting 4K/60fps video and Burst Mode stills at 14 fps. Plus,
its FlightAutonomy system includes dual rear vision sensors and infrared
sensing systems for a total of 5 directions of obstacle sensing and 4
directions of obstacle avoidance.
Specs:
Diagonal Size (Propellers Excluded):
350 mm
Camera:
4096×2160(4096×2160 24/25/30/48/50p)
3840×2160(3840×2160 24/25/30/48/50/60p)
2720×1530(2720×1530 24/25/30/48/50/60p)
1920×1080(1920×1080 24/25/30/48/50/60/120p)
1280×720(1280×720 24/25/30/48/50/60/120p)
Battery
5870 mAh
More:
Surface with diffuse reflection material, and reflectivity > 8% (such as wall, trees, humans, etc.)
+
GL300K: Built-in display device (5.5 inch screen, 1920×1080, 1000 cd/m2, Android system, 4 GB RAM＋16 GB ROM)
GL300L: Tablets and smart phones
Back


SAZA can be accessed on the official website, www.saza.com.ng. The homepage gives an introduction to SAZA and highlights its features. However, an account will have to be created with SAZA in order to use the features.
Navigate to the ‘GET STARTED’ button on the top right corner of the screen.
If you are new to SAZA, fill in your details on the pop-up form and then click on ‘create account’.
If you are a returning user to SAZA, click on the ‘Login now’ button and enter your username and password.
After creating an account and logging in, you will be taken to the account overview page.
The account overview page shows a summary of your Stellar account. However, you will need to either create a new Stellar account or link an existing one.
The following steps will guide you in creating and linking a Stellar account.
A passphrase will need to be created in order to complete some actions. This is a string chosen by the user to verify all its transactions. Note that this is different from the user password. Set a passphrase by clicking on the ‘Set Passphrase’ button.
Enter a new passphrase.
Confirm the new passphrase.
Click on the ‘Change Passphrase button’.
To create a new Stellar account, enter your transaction passphrase in the ‘Create a New Account’ section.
Click on the ‘create account’ button.
The response will be like the image below.
If you already have an existing Stellar account, enter the Secret Key, Transaction Passphrase, and click on the ‘Link Account’ button.
After all these are done, your account overview page should look like so.
You can now enable 2FA from the settings menu. It uses time based one-time passwords as tokens and these can be generated by syncing your device with the secret key provided using apps like Google Authenticator, Duo Security, Authy, etc. Follow the steps below to enable 2FA.
Navigate to the ‘Settings’ tab on the menu.
Scroll down and select the ‘2FA for Transactions’ option.
Click on ‘Enable’ to enable 2FA.
Enter the OTP Secret or scan the QR code in your TOTP app.
Enter the OTP Token generated from the TOTP app into the ‘Enter Token’ text box.
Click on the ‘Activate’ button.
Once activated, all transactions will require the token before it is approved.
Select ‘2FA for Transactions’ from the options in settings.
Enter your password.
Enter the OTP Token.
Click on the ‘Disable’ button.
One of Stellar’s most powerful features is the ability to trade any kind of asset, like US dollars, Nigerian naira, bitcoins, special coupons, or just about anything you like. Any account can issue assets on the Stellar network. Entities that issue assets are called anchors.
To create an asset:
Navigate to the ‘Create Asset’ tab on the menu.
Enter the Issuing Account.
Enter the Distributing Account.
Enter the amount of assets to be created.
Select the Asset type to be created and enter the Asset code.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on the ‘Submit’ button to complete the operation.
The make payment operation allows you to send an amount in a specific asset to a destination account.
The first step in making a payment is to navigate to the ‘Make a Payment’ tab on the menu.
A payment can be done by either selecting a contact in the address book or by manually entering a destination account (Account ID or Stellar address) of the recipient. Ensure that:
A contact is selected or destination account is entered.
An amount is entered.
An Asset Type is selected.
A memo is entered. The memo can have your email address or any description you see fit.
Enter your transaction passphrase to verify the operation.
If you have 2FA enabled, enter the OTP Token.
When all the above are done, click on the ‘Submit’ button at the bottom left of the screen to make payment.
Sending to email is another means of making payments with SAZA. It can work for both recipients with Stellar accounts and those without. However, payments can only be sent out in Lumens.
To send payment to an email, navigate to the ‘Send Lumens to email’ tab.
Enter the recipient's email address.
Enter the amount to send in Lumens.
Enter a brief memo.
Enter your transaction passphrase to verify the operation.
If you have 2FA enabled, enter the OTP Token.
Click on the ‘Submit’ button on the bottom right of the screen to send payment.
You can claim Lumens that was sent to you via email by following these easy steps.
Navigate to the ‘Claim lumens’ tab in the menu.
Enter your email in the ‘recipient email’ section.
Enter the claim code in the ‘Claim Code’ section.
Enter your passphrase in the ‘Transaction Passphrase’ section.
If you have 2FA enabled, enter the OTP Token.
Click on the ‘submit’ button.
You can reclaim Lumens that you sent out via email that have not been claimed by the recipient yet.
Navigate to the ‘Revoke Lumens’ tab in the menu.
It shows a list of Lumens that have been sent out. This list highlights the recipient’s email, amount that was sent, and its status (claimed or not claimed). You can only revoke payments that are yet to be claimed.
You can receive payments made into your account by following these steps.
Navigate to the ‘Receive Payment’ tab on the menu
There are three options for receiving payments. However, each one of them allows you to performs the required operation. The next steps show how you can make use of the various options for receive payment.
Your Account ID. Other account can easily make payments to you by addressing it to your Account ID.
SAZA plugin. Follow the instructions on the image below.
Your Stellar Address. You can set a username for your Stellar account instead of using the long Account ID. This can be done by clicking on ‘click here’.
Enter a username.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on the ‘Set Stellar Address’ button.
Transaction history keeps a record of all the transactions that have been made on your Stellar account. Your transaction history can be viewed by:
Navigating to the ‘Transactions’ tab on the menu. This page shows all the transactions made on your Stellar account.
SAZA gives its users the chance to create a contact list and view this list at any given time. To add a new contact, execute the following steps.
Navigate to the ‘Address book’ tab in the menu.
Your contact list is shown on the page. Click on the ‘’Add Contact’ button to add a new contact.
Enter the contact name in the ‘name’ section.
Enter the Stellar Account ID of the contact in the ‘Account ID’ section.
Click on the ‘Submit’ button.
Adding an anchor is very simple. All you have to do is to:
Navigate to the ‘Anchors’ tab on the menu.
Enter the URL of your anchor.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on the ‘Add Anchor’ button.
There are various account operations that can be carried out on SAZA. These operations can be accessed on the ‘Account Operations’ tab in the menu.
The change trust operation allows you to create, update, or delete a trustline.
Click on change trust.
The first section of the page displays the list of trustlines that have while the second section is to create a new trustline.
To create a new trustline:
Select an Asset Type.
Enter a trust limit. Leave empty to default to the max int64. Set to 0 to remove the trustline.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on Submit.
In order to allow a trust, complete the following steps.
Click on allow trust.
Enter a trusting account (the one being authorised) in the trustor section.
Enter the asset code being authorised.
Select True or False. True to authorise the line, false to deauthorise.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on Submit.
The manage offer operation allows you to create, update, or delete an offer. The manage offer page contains a list of offers made by the account and a list of trustlines for assets in account with limits. To create a new offer:
Click on manage an offer.
Select a selling asset type.
Select a buying asset type.

Enter the price (exchange rate ratio - selling/buying)
Enter Offer ID.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on Submit.
A passive offer is an offer that does not act on and take a reverse offer of equal price. Instead, they only take offers of lesser price.
To create a new passive offer:
Click on create passive offer.
Select a selling asset type.
Select a buying asset type.

Enter the price (exchange rate ratio - selling/buying)
Enter Offer ID.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on Submit.
Path payment sends an amount in a specific asset to a destination account through a path of offers.
The following steps will guide you in making a path payment.
Click on Path payment.
Enter Account ID or Stellar address of the recipient.
Select a selling asset type.
Enter the maximum amount of sendAsset to send.
Select a destination asset type.
Enter the amount the destination will receive.
Enter a memo.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on Submit.
Set various options related to your stellar account.
Click on Set Options.
Set various options related to your stellar account.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on Submit.
In order to merge accounts, complete the following steps.
Click on merge account.
Enter a destination account where all your XLM balance will be sent.
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Manage data allows you set, modify, or delete a data entry that is attached to a particular account.
Click on manage data.
Enter an entry name.
Enter the value of the data entry
Enter your transaction passphrase.
If you have 2FA enabled, enter the OTP Token.
Click on submit.
Account settings can be modified from the ‘Settings’ tab on the menu.
Select ‘Account details’ from the options in settings.
To view your secret key, enter your transaction passphrase and click on the ‘Show Secret’ button.
To delete account, enter your SAZA password and click on the ‘Yes, Delete Account’ button. Note that this action is irreversible.
Set username has already been covered in the receive payment section.
Select ‘Change Password’ from the options in settings.
Enter new password.
Confirm new password.
Enter old password.
If you have 2FA enabled, enter the OTP Token.
Click on the ‘Change Password’ button.
Made in Nigeria


'Aggressive' man in dirty protest after arrest for criminal damage in Telford
by Mat GrowcottA man arrested for causing damage to his ex-partner's house and car defecated in his cell – and was arrested again for criminal damage.
Telford police said they had arrested the 'aggressive' man for harassment and causing criminal damage to his ex-partner's property.
But after being taken to the cells by officers, he decided to take it one step further, say officers.
Telford Cops tweeted: "When in custody he threatened to defecate in the cell and smear it on the walls.
"As a man of his word, he was then further arrested for criminal damage to the cell."
Police tweeted about the incident at about 9am this morning.


There isn’t much you can do for your body that is better than getting in shape, staying in shape, and working out. It lowers all of the bad things (cholesterol, blood pressure, etc) and heightens all of the good things (muscles, stamina, etc). Owning an Android device won’t do these things for you but there are plenty of apps that can help you along the way. These apps have become shocking good as well. Unfortunately, they also tend to be shockingly expensive. Here are the best Android fitness apps and workout apps.


Mike
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myCPFCentral Provident Fund |
myCPF provides easy access to your personal CPF information and enables you to perform a variety of functions on the go using your SingPass.
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- Calculate your monthly CPF contributions payable and see their allocation


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Small icebergs can halve incremental growth of benthic communities and thus the potential for carbon storage, as happened between 2007 and 2009 in Ryder Bay near Rothera research station (WAP) due to ice scour [ 9]. The creation of giant icebergs has many other effects besides those which can be considered negative feedbacks on climate change, not least including threats to installations ( figure 3b). When ice shelves collapse to form giant icebergs, the buttressing of land-based ice sheets is reduced [ 28, 29]. Thus calving typically results in acceleration of land-based ice towards the sea, driving sea-level increases from any newly marine-based ice. This does not have an obvious direct positive or negative consequence on blue carbon storage but can accelerate deglaciation. New open water areas result in a strong albedo (reflectivity) change—from white to blue. This is a positive feedback on climate change because of the resulting extra heat absorbed. Depending on the extent of warming, this could have minor effects on benthos blue carbon capture: an increase in growth due to increasing meal processing rate [ 6, 9] or a reduction of growth when temperatures proceed beyond organisms’ thermal tolerance envelopes [ 30]. More open water also has increased potential for gas exchange and thus CO 2 absorption, which could reduce benthic carbon immobilization and sequestration through ocean acidification [ 31]. This occurs not only because of increases in the physiological ‘cost’ of synthesizing and maintaining carbonate skeletal material but also because of the greater chance of it dissolving (after death) before burial.
The major negative impact of giant icebergs on benthic blue carbon is if they collide with the seabed and scour. Giant icebergs would only ground and scour in deeper water, which may on average only occur once every few hundred years at any one location [ 7]. However, the residence time of some, e.g. A23 and B12, can be years to decades, which makes scour highly probable for the largest icebergs. For example, two of the largest three icebergs currently around Antarctica (A23A (1760 km 2) and B22A (1056 km 2)) were grounded in 2016/2017 in the shelf seabed. Such grounding can be a prolonged occurrence; for example, A23A has been grounded for more than three decades, since 1986. The chances and location of any particular iceberg scouring depend not only on size (most 2016/2017 giants were 100–500 km 2 in area) but also on shape, calving location and current and wind direction and strength, as well as stochastic factors such as which eddies entrain it. Larger icebergs can be tracked such that their motion and fate can be followed; for example, in early 2017 there were four icebergs (8.5%) larger than 30 km 2 in area grounded, and thus scouring blue carbon. The extent of this could be ground-truthed using ship-based multibeam, swath bathymetry data collection. Benthic imaging and sampling could then quantify blue carbon losses and, as such scours can be many kilometres long, they are likely to crush and recycle hundreds–thousands of tonnes of blue carbon standing stock. For example, benthos in the vicinity of the grounded scouring giant icebergs A23A and B22A hold 8–16 tonnes of standing stock of carbon per square kilometre [ 5, 32]. Imagery and sampling in new deep water scours show near-complete destruction of fauna [ 7, 10]. Many such scours occur in iceberg hotspots, which reduces blue carbon losses (repeat scouring by an iceberg of a site in an early recovery stage recycles less carbon than scouring of a rarely hit area of climax benthic fauna). Scouring climax benthic communities might recycle 16 tonnes of carbon per square kilometre (the maximum standing stocks of benthos from [ 5, 32]). We found that there were clear hot- and coldspots of iceberg scouring in deep waters around Antarctica ( figure 4a). The Lazarev, Cosmonauts, Davis and East Amundsen Seas were hotspots of deep shelf grounding, whereas there was little deep-water scouring in the Bellingshausen and Ross Seas. The paths of giant icebergs (from US National Ice Center satellite data) also showed distinct patterns, firstly following the anticlockwise coastal current, then leaving the shelf from the Eastern Weddell and Ross Seas and being dispersed by the Antarctic Circumpolar Current ( figure 4b).
Hotspots and tracks of giant icebergs. ( a) Hotspots of giant icebergs grounding on continental shelf around Antarctica from 2014 to 2017 (see http://www.polarview.aq/antarctic for data). ( b) Historic tracks of giant icebergs, together with the major current systems (Antarctic Circumpolar Current (ACC, large arrows) and Antarctic Counter Current (ACoC, small arrows)) influencing these tracks. Historic iceberg information provided by US National Ice Center from Southern Ocean iceberg tracking database (see http://www.natice.noaa.gov/doc/Notice_Iceberg_Tracking_Criteria.pdf).
Even if only one-fifth of giant icebergs of the size of A23A/B22A were grounded, more than 5 × 10 3 tonnes of benthic carbon per year could be recycled rather than stored and buried. To date, such losses have not been quantified in absolute frequencies at depths relevant to giant icebergs. Even scouring has some positive blue carbon aspects in terms of potential to bury benthos in sediment berms, resuspend food material (enhancing growth in nearby benthos) and open up space for faster-growing benthic pioneer species [ 33].