June 7th 2022 Mat contributed to a report on open data sharing practices during the COVID pandemic, that was published today by Wellcome, UKRI and the Bill and Melinda Gates Foundation.
May 20th 2022 The group receives about £2M from the National Institutes of Health as part of a $63M award to an antiviral drug discovery centre, READDI-AViDD, based at the University of North Carolina, Chapel Hill. Mat’s group will work on the medicinal chemistry of multiple projects and will share all findings publicly in real time, in line with the group’s open science principles. The aim is to work together to improve our pandemic preparedness. UCL news item
Mar 28th 2022 Mat is awarded £10,000 from the Rosetrees Trust following a successful application for funding led by the open science non-profit, Ersilia.io. The project will allow iterative design-synthesis-test cycles for the leading project in Open Source Malaria, where new potential antimalarials will be designed using Ersilia’s AI/ML methods and evaluated in blood stage potency assays.
Mar 28th 2022 Mat is awarded $250K from the Bill and Melinda Gates Foundation and the Structural Genomics Consortium as part of an $5M consortium aimed at finding new non-hormonal female contraceptives. This major open science initiative, running for three years, will have project champions across UCL, Toronto, University of North Carolina Chapel Hill, Frankfurt, McGill and Karolinska. The UCL team’s job is to find potent, selective, cell-penetrant inhibitors of phospholipase C zeta 1, an under-explored target central to human fertilisation. Science details
Mar 15th 2022 The group’s research is mentioned in the Financial Times’ article “Will ‘open-source’ vaccines narrow the inequality gap exposed by Covid?”.
Feb 14th 2022 Mat wins £35,604 from the EPSRC Impact Acceleration Account/Knowledge Exchange and Innovation Funding scheme to run an AI/ML open science challenge to find new starting points for antibiotics. With Brooks Paige (Turing Institute) and Peter Coveney (Chemistry), a protein target is being provided, and AI/ML researchers who use “generative” methods for molecule generation can predict compounds that will bind that protein. Mat’s lab will make or buy the molecules, which will be evaluated at the University of Warwick, with all data being shared in real time. You can find details here
Feb 3rd 2022 Tom and Mat featured in a Chemistry World article about the Sir James Murray Student Champion concept.
Mar 26th 2020 Mat is named in the Medicine Maker 2020 Power List.
Feb 11th 2020 Mat co-founds the company M4ID Pharma, with a mission to develop medicines for infectious disease using open science.
Feb 10th 2020 Congratulations to Edwin as he submits his corrected PhD thesis, to become Dr Tse.
Dec 6th 2019 Open Source Malaria’s computational modelling competition (funded by the AI3SD network) attracts a winning entry from the private sector firms Optibrium and Intellegens.
Nov 27th 2019 Mat talks at the Innovation Lecture hosted by UCL’s Institute of Brand and Innovation Law, entitled “Patents vs Open Innovation: Incentivising ‘Medicines for the Many’” hosted by Sir Robin Jacob and The Hon. Mr Justice Birss.
Sept 24th 2019 Mat is mentioned in the new Labour Party policy document “Medicines for the Many” as an example of new approaches to the development of affordable medicines.
June 25th 2019 With Sevenoaks school we’re awarded a Royal Society partnership grant to work open source on new medicines for mycetoma, a fungal infection for which there are no drugs. The research will involve 6th-form school students generating new molecules. If it works, we can use the project as a guide for others. See also Breaking Good.
Mar 22nd 2019 Edwin’s review on the past, present and future of anti-malarial medicines is published.
Jan 18th 2019 Mat delivers TedX talk entitled “Can Openness Pay?”, detailing the possible use of regulatory data exclusivity to help fund open source drug discovery.
Aug 8th 2018 Congratulations to Edwin for being selected as one of the three Sydney University Chemical Society Le Fevre Lecturers for 2018.
Jan 23rd 2018 Mat delivers a keynote on open drug discovery at linux.con.au in Sydney.
Nov 2017 Mat joins Expert Advisory Committee of the IUPHAR/BPS Guide to PHARMACOLOGY database malaria project.
Oct 19th 2017 Yu Heng’s work on the coordinating ability of cyclam scorpionands is finally published.
Aug 31st 2017 Mat, Alice, the Sydney Grammar School students and Open Source Malaria are featured on The Daily Show with Trevor Noah (US only Youtube video).
June 22nd 2017 Mat interviewed for Beilstein TV on whether the chemistry community is embracing open science and open data.
June 21st 2017 Althea Tsang’s paper on the mechanism of CDC reactions finally comes out.
May 4th 2017 Mat is one of 100 people named on the Medicine Maker Power List 2017, as a Champion of Change, for his work on Open Source Malaria.
Apr 19th 2017 Paper published that describes a roadmap for open source pharma, with an associated explainer in the Guardian.
Feb 8th 2017 The collaboration between Sydney Grammar School and Open Source Malaria is featured in Teacher Magazine.
Dec 1 2016 Alice Williamson and Mat win the Jury Prize of the Hitachi Innovation Award with a pitch on “Breaking Good” - how to involve students and the public in the synthesis of much-needed medicines.
Nov 30th 2016 Sydney Grammar School completes the synthesis of Daraprim using Open Source Malaria’s platform. The story goes viral.
Sept 14th 2016 The first Open Source Malaria paper is published.
June 2nd 2016 Open Source Malaria featured in the Newsletter of the Australian Society for Parasitology.
May 13th 2016 Mat’s work on schistosomiasis, Open Source Malaria and the Open Source Pharma Foundation featured in both The Lancet and Nature.
Nov 17th 2015 Mat wins in the Malaria Innovator category of the Social Media Awards (Article, interview and even artwork).
Oct 30th 2015 The Open Source Malaria consortium is featured in Share, the newsletter of the Australian National Data Service.
Oct 28th 2015 Mat delivers one of the NSW Chief Scientist’s Breakfast Seminars on Openness Boosts Research (Slides).
Oct 23rd 2015 Mat writes about openness vs. secrecy in drug development as part of a series on this topic at PLoS Blogs.
Oct 2015 The fantastic work of Erin Sheridan and the boys at Sydney Grammar as part of the Open Source Malaria consortium is featured in the school’s winter newsletter (p36). You can read their research reports directly, too.
Oct 1st 2015 Mat is part of a team of four awarded $3M by the Tata Trusts to create the Open Source Pharma Foundation. Here is the press release and articles: 1, 2, 3. The aspect of prizes as part of OSP is picked up by the Economist.
Sept 2015 Mat helps create and then run the Second Open Source Pharma Conference in Marburg, Germany. The meeting’s To Do list is available. An article about the meeting from one of the participants sparks a lengthy debate on the merits of OSP at Derek Lowe’s blog and further debate on Eric Raymond’s blog.
July 31st 2015 Alice Williamson leads a team that includes Mat in a successful application for a University of Sydney Small Educational Innovation Grant on Open Research in the Undergraduate Laboratory, following Alice’s pilot of this idea.
July 7th 2015 The group is awarded a 3-year ARC Linkage Grant (LP150101226) with the Medicines for Malaria Venture and Kiaran Kirk to use the Open Source Malaria platform to make new compounds that will reveal the details of an important antimalarial target, PfATP4. June 29th 2015: Alice Williamson writes about open science and the OSM consortium in a piece for ABC Science.
May 22nd 2015 Mat interviewed in Future Medicinal Chemistry about the use of open source research models, and is part of an Ask the Experts panel on Rethinking the Drug Discovery Model in neglected tropical diseases. These articles were part of an open access special issue on schistosomiasis.
May 20th 2015 Mat talks on “The Six Principles of Open Source Drug Discovery” and chairs a panel session on “Open Source: Models for Collaboration” at the ISNTD-D3 meeting at the Wellcome Trust in London.
Apr 30th 2015 OSM’s introductory video comes an honorable 7th in the Thinkable Open Innovation competition - well done to the winners.
Mar 7th 2015 Alice Williamson is one of the winners of the ABC’s Top 5 Under 40 competition! Here’s a video she made in the competition. She now gets to make a full radio show on a subject of her choosing.
Sept 26th 2014 Article on Open Source Malaria (OSM) appears in the School of Chemistry’s Newsletter, ChemNews.
Sept 18th 2014 Mat interviewed on Canadian and US Radio about Open Source Pharma and Ebola.
Sept 18th 2014 Invited talk and associated discussion at the RSC Faraday Discussions meeting on Physical Chemistry of Functionalised Biomedical Nanoparticles, Bristol UK.
Aug 22nd 2014 Mat speaks on how to do science openly at the Open Science, Open Issues conference in Rio.
July 16-18 2014 Mat co-organises the first Open Source Pharma conference that takes place at the Rockefeller Foundation’s Bellagio Centre on Lake Como, Italy. The meeting creates a set of principles for Medicine for All.
June 26th 2014 The Open Source Malaria project is featured in the newsletter of the Australian National Data Service.
Oct 31st 2013 Mat speaks about open data and open access at the Open Access Research conference at QUT, Brisbane.
Oct 21st 2013 The Open Source Malaria Consortium wins one of three $30K Google/PLoS/Wellcome Trust ASAP awards. Webcast from the World Bank (award is from 1:08 in). Background video. Picked up in The Conversation, by MMV. Interview at PLoS Blogs. Bill Gates tweets about the project.
Sept 26th 2013 Mat runs conference session on “Is Open Source Drug Discovery Practical?” at WHO, Geneva, addressing, among other things, whether patents are necessary in drug discovery.
Sept 11th 2013 Mat interviewed by MMV about open drug discovery.
May 17th 2013 Mat talks about open source drug discovery at the 2013 GoldLab Symposium in Boulder, Colorado.
May 15th 2013 Mat is quoted in an article in The Atlantic on “de-linking” drug R&D from the cost of medicines.
May 10th 2013 Mat talks at Sydney Uni about the group’s use of the electronic lab notebook Labtrove.
May 1st 2013 The OSDD Malaria project is mentioned as one of the top innovations worldwide in malaria by The Guardian newspaper.
Apr 22nd 2013 Congratulations to Nilupa as she hands in her corrected PhD thesis, to become Dr Amarasinghe.
Apr 18th 2013 Congratulations to Mingfeng as he hands in his corrected PhD thesis, to become Dr Yu.
Mar 28th 2013 Mat’s piece about open access and open science comes out in The Conversation in response to number of Nature articles on the subject.
Feb 15th 2013 Congratulations to new Honours student Kat Badiola for winning a University of Sydney Academic Merit Prize.
Jan 30th 2013 Congratulations to Althea on submitting her PhD thesis.
Jan 30th 2013 The OSDDMalaria team is featured in an article on crowdsourcing in the RSC’s Chemistry World magazine.
Jan 25th 2013 Mat is interviewed in the Nature Chemistry blog The Sceptical Chymist.
Jan 17th 2013 Mat publishes an opinion piece on open access on the ABC News site, The Drum.
Nov 7th 2012 The group’s open source research featured on SciDev.Net in a story on science networks. This follows an earlier story covering the case study (below) analysing The Synaptic Leap’s achievements.
Sept 20th 2012 Study published comparing The Synaptic Leap and Indian OSDD Projects.
Sept 20th 2012 Open letter to the new CEO of the Australian Research Council about the value of open data is published in The Conversation with a link to the Google Doc that can be signed. Please feel free to add your name. Stephen Matchett comments on it in The Australian.
Sept 19th 2012 Mat delivers keynote about open source drug discovery at the 1st Open Knowledge Festival in Helsinki.
Sept 13th 2012 Interview with Mat on open science published by the Results for Development Institute.
Aug 31 2012 Congratulations to Mingfeng, Nilupa and Soo for submitting their PhD theses.
May 4th 2012 Mat presents some of the group’s research at the University of Sydney Integration in Biology and Medicine Conference.
May 3rd 2012 Althea is awarded a RJW Le Fevre Research Travelling Scholarship from the School of Chemistry to present her research at an overseas conference later this year.
Feb 24th 2012 We play host to the first Open Source Drug Discovery for Malaria meeting. An account of the meeting is here, and the current playlist of talks is here. A Sydney Uni news feature on the meeting is here and here.
Feb 18th 2012 Mat talks at a session on “Innovating Innovation” at the AAAS meeting in Vancouver.
Jan 27th 2012 Mat’s blog post on open access is republished on the LSE blog.
Nov 23rd 2011 Mat wins a NSW Science and Engineering Award in the “Emerging Research” category for open science. Story is here and here.
Nov 1st 2011 Two Australian Research Council grants awarded. ARC Discovery (DP120104035): Charting Intercellular Space, M. H. Todd, P. J. Rutledge and P. J. Smith ($348K) and ARC Linkage (LP120100552): Open Source Drug Discovery for Malaria, M. H. Todd and T. N. C. Wells ($320K).
Oct 28th 2011 Mat talks at Sydney University’s Open Access Week - recording here and on Youtube.
Oct 20th 2011 Mat’s article entitled “We eat what we are – let’s detoxify the word ‘chemical’” appears in The Conversation.
Septr 23rd 2011 Our second open science paper is published, describing how Open Science is a Research Accelerator.
Sept 21st 2011 Our first open science paper is published, on the Resolution of Praziquantel.
Aug 19th 2011 Ahamed submits his corrected PhD thesis today, and we welcome two new postdocs to the group, Paul Ylioja and Murray Robertson.
Apr 8th 2011 Mat talks about the future of web-based chemical collaboration at the Cyberchemistry meeting at the Pacific Northwest National Laboratory, Washington State.
Feb 21st 2011 Congratulations to Swapnil on his award of a Henry Bertie and Florence Mabel Gritton Research Scholarship. Drinks are on him…
Feb 15th 2011 A new industry-sponsored PhD position in medicinal chemistry is available. If you’re interested, please contact Mat. Only Australian residents are eligible for this opening.
Feb 15th 2011 The awesome and long-awaited Treasure Hunt paper comes out in J. Chem. Ed. - this turns a campus map into a play area for a Chemistry-themed treasure hunt.
Jan 27th 2011 Mat is named as one of the University’s top 10 lecturers for 2010 in a nationwide poll.
Nov 3rd 2010 Congratulations to Ahamed for being selected as one of the three Sydney University Chemical Society Le Fevre Lecturers for 2010.
Oct 6th 2010 Mat talks about open science and electronic lab notebooks at USyd’s eResearch showcase.
Sept 23rd 2010 Yu Heng’s first paper is accepted into Chem. Eur. J. and he’s off to start his PhD with Dave Spring. Paper available here.
Sept 20th 2010 Ahamed, Thiru and lots of other peoples’ paper on how dihydroisoquinoline reacts with nitromethane is published.
Sept 6th 2010 Ahamed’s review on catalytic asymmetric additions of C-nucleophiles to N-heterocycles is published.
Aug 6th 2010 Mat speaks on Open Science at Ignite Sydney. Mat’s talk’s currently the most watched from the night.
June 2010 Our lab’s open science approach featured in Chemistry in Australia.
May 11th 2010 Mat is awarded a Citation for Excellence in Teaching from the Faculty of Science at The University of Sydney.
Apr 6th 2010 Mat talks about open science at Google. The talk is picked up here.
Feb 4th 2010 Our open science project is the subject of a feature article in Nature.


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With the use of BI tools, the Grand Challenges team is able to develop descriptive reports across multiple areas within said applications. There is currently a lack of a predictive centric environment, where executives can review a point-in-time reflection on the health of the Grand Challenges program. The InfoVision team will provide a executive summary on whether the blind review methodology generates new organizations not originally working with the Bill and Melinda Gates Foundation. Along with this first-encounter analysis, we will take a look into whether there are any biases in the triage process. This includes but is not limited to: grammatical and syntax errors, primary language, and gender. With Grand Challenges being the only Gates Foundation team that is looking into their own biases, we hope that this may trickle out and be a golden standard for other teams.
Sponsor: Zach Charat
Java, Python, R, MS SQL Server, TippingPoint, Wireshark, Kali linux
Data science track familiar with: Java, R, Python, SQL, Visual Basic.NET, Arduino, and MATLAB
React, Javascript, Java, HTML/CSS, R, Python, SQL, PowerBI
Java, HTML/CSS, MySQL, PostgreSQL, React, JavaScript, PHP, R, VB.NET, AWS
We would love to hear from Gates Foundation executives and application users in order to get more feedback on the project. This may include but is not limited to: testers, designers, users, and developers.


TERMS AND CONDITIONS
⬗ Incentives will be awarded only after successful completion of the responsibilities of Campus Ambassador Programme.
⬗ Techkriti'17 will send all the publicity materials to the Campus Ambassadors, but is not responsible for any extra cost incurred by the Campus Ambassador.
⬗ Campus ambassadors of a particular college can be more than one depending on the strength of the students.
⬗ All issues are to be taken up with the organizing team of Teckkriti'17 and not with the management of IIT Kanpur.
⬗ Any violation of rules shall lead to impeachment from the post.
X


• Trust can be the easiest aspect to give into or it can be the hardest thing to give. For me growing up it was hard for me to sit down and listen to something if I could pick up if what was being said wasn't true or genuine. As I grew up I learn't to open my mind adjust and listen, becauseit can be one the greatest factors and first step towards building trust. Regardless of which way its going. Then it comes to asessing the situation by putting questions downs, and then giving back your thoughts in other words feedback. I have had many run ins with trust issues from both ends, but now I'm at a stage in my life where I can look at these factors of life from a different pospective.
• The way I look at things are in the way that feelings are another sense like sound. Theres many ways of approaching the way you can listen to feelings, a lot of times when listening to them from another person you must asess which state they are in at the time when they are telling you. For example knowing if the other person is in a happy or sad mood, then you respond to what they say in a way that can relate to the mood. This allows you to enter a state of a mindful conversation then you continue from there. This is how I look at it.
• Showing signs of kindness in general is something that uplifts your mood and can change so many factors for you and people around you. When in the state of meditation, where you apply yourself to build yourself with positivty will give you afeeling where love and kindness is being flowed from within you towards people and things around you.
* This section is yet to be completed
1. “Maintain rich personal networks within your organization, especially with allies, mentors, and groups who will support and challenge you. To do this, care about people, help people, and nurture relationships. Pay attention to one-on-one relationships, as well as relationships with key groups—your team, other management teams, customers, stakeholders, etc."
2. “Practice reading the underlying currents of your organization. Understand how decisions are made. Are decisions made by authority or consensus? Who are most influential in making them?”
3. “Distinguish between your own self-interest, the interest of your team, and the organization’s interest—everyone has all three of these interests. It is very important to understand which is which.”
4. “Utilize your self-awareness to better understand your role in the web of personalities and interactions. Make frequent use of empathic listening to understand how people feel about situations and about each other.”


JSONSort is simply a JSON validator, reformatter and sorter.
Only the keys of the top-level are sorted. If you have nested objects they will be left untouched.
Expecting 'STRING'
{ "a": "b", }
Expecting 'STRING', 'NUMBER', 'NULL', 'TRUE', 'FALSE', '{', '['
[ "a", "b", ]
{ "key": "value" }
Be sure to follow JSON's syntax properly. For example, always use double quotes, always quotify your keys, and remove all callback functions.
If you and your friend are on different systems (Win/Unix), this is possible due to the way windows handles newlines. Essentially, if you have just newline characters (\n) in your JSON and paste it into JSONLint from a windows machine, it can validate it as valid erroneously since Windows may need a carriage return (\r) as well to detect newlines properly.
The solution: Either use direct URL input, or make sure your content's newlines match the architecture your system expects!


Release 1.1
- Fix for some* SMS apps
- Volume setting
- Default contact picture
- Fix issue with multiple contacts having the same number
- Fix some crashes
* Priority SMS should work with all SMS apps on Android 4.4+ and most SMS apps on 4.3 and
below. If Priority SMS still doesn't work with your SMS app, it's probably something that
needs to be fixed by the developer(s) of the SMS app.
Release 1.0.2
- Fixed bug with disabled profiles
Release 1.0.1
Release 1.0
Completely re-written from the ground up!
- Multiple profile support!
- Brand new alarm screen
- Support for multiple contacts
- Better keyword support
Release 0.4b
- Alarm on missed phone call
- Directly open text conversation
- Minor bug fixes
Release 0.3b
- Use multiple keywords (OR), separated by commas
- Finnish, Italian, and Japanese translations. Thanks to the contributors on Crowdin!
- 'Holo' theme for 3.0+ devices
Release 0.2b
Release 0.1b


|
MINI55_BSP V3.02.004
The Board Support Package for Mini55 Series MCU
|
Functions | |
| __STATIC_INLINE void | CLK_SysTickDelay (uint32_t us) |
| This function execute delay function. More... | |
| void | CLK_DisableCKO (void) |
| This function disable frequency output function. More... | |
| void | CLK_EnableCKO (uint32_t u32ClkSrc, uint32_t u32ClkDiv, uint32_t u32ClkDivBy1En) |
| This function enable frequency divider module clock, enable frequency divider clock function and configure frequency divider. More... | |
| void | CLK_PowerDown (void) |
| This function let system enter to Power-down mode. More... | |
| void | CLK_Idle (void) |
| This function let system enter to Idle mode. More... | |
| uint32_t | CLK_GetHXTFreq (void) |
| This function get external high frequency crystal frequency. The frequency unit is Hz. More... | |
| uint32_t | CLK_GetLXTFreq (void) |
| This function get external low frequency crystal frequency. The frequency unit is Hz. More... | |
| uint32_t | CLK_GetHCLKFreq (void) |
| This function get HCLK frequency. The frequency unit is Hz. More... | |
| uint32_t | CLK_GetCPUFreq (void) |
| This function get CPU frequency. The frequency unit is Hz. More... | |
| void | CLK_SetHCLK (uint32_t u32ClkSrc, uint32_t u32ClkDiv) |
| This function set HCLK clock source and HCLK clock divider. More... | |
| void | CLK_SetModuleClock (uint32_t u32ModuleIdx, uint32_t u32ClkSrc, uint32_t u32ClkDiv) |
| This function set selected module clock source and module clock divider. More... | |
| void | CLK_SetSysTickClockSrc (uint32_t u32ClkSrc) |
| This function set SysTick clock source. More... | |
| void | CLK_EnableXtalRC (uint32_t u32ClkMask) |
| This function enable clock source. More... | |
| void | CLK_DisableXtalRC (uint32_t u32ClkMask) |
| This function disable clock source. More... | |
| void | CLK_EnableModuleClock (uint32_t u32ModuleIdx) |
| This function enable module clock. More... | |
| void | CLK_DisableModuleClock (uint32_t u32ModuleIdx) |
| This function disable module clock. More... | |
| uint32_t | CLK_WaitClockReady (uint32_t u32ClkMask) |
| This function check selected clock source status. More... | |
| void | CLK_EnableSysTick (uint32_t u32ClkSrc, uint32_t u32Count) |
| Enable System Tick counter. More... | |
| void | CLK_DisableSysTick (void) |
| Disable System Tick counter. More... | |
| void CLK_DisableCKO | ( | void | ) |
| void CLK_DisableModuleClock | ( | uint32_t | u32ModuleIdx | ) |
This function disable module clock.
| [in] | u32ModuleIdx | is module index |
| void CLK_DisableSysTick | ( | void | ) |
| void CLK_DisableXtalRC | ( | uint32_t | u32ClkMask | ) |
This function disable clock source.
| [in] | u32ClkMask | is clock source mask. Including : |
| void CLK_EnableCKO | ( | uint32_t | u32ClkSrc, |
| uint32_t | u32ClkDiv, | ||
| uint32_t | u32ClkDivBy1En | ||
| ) |
This function enable frequency divider module clock, enable frequency divider clock function and configure frequency divider.
| [in] | u32ClkSrc | is frequency divider function clock source |
| [in] | u32ClkDiv | Set the clock divider to CKO. 0 <= u32ClkDiv <= 15 |
| [in] | u32ClkDivBy1En | is frequency divided by one enable. |
Output selected clock to CKO. The output clock frequency is divided by u32ClkDiv. The formula is: CKO frequency = (Clock source frequency) / 2^(u32ClkDiv + 1) This function is just used to set CKO clock. User must enable I/O for CKO clock output pin by themselves.
| void CLK_EnableModuleClock | ( | uint32_t | u32ModuleIdx | ) |
This function enable module clock.
| [in] | u32ModuleIdx | is module index. Including : |
| void CLK_EnableSysTick | ( | uint32_t | u32ClkSrc, |
| uint32_t | u32Count | ||
| ) |
Enable System Tick counter.
| [in] | u32ClkSrc | is System Tick clock source. Including: |
| [in] | u32Count | is System Tick reload value. It could be 0~0xFFFFFF. |
This function set System Tick clock source, reload value, enable System Tick counter and interrupt. The register write-protection function should be disabled before using this function.
| void CLK_EnableXtalRC | ( | uint32_t | u32ClkMask | ) |
This function enable clock source.
| [in] | u32ClkMask | is clock source mask. Including : |
| uint32_t CLK_GetCPUFreq | ( | void | ) |
| uint32_t CLK_GetHCLKFreq | ( | void | ) |
| uint32_t CLK_GetHXTFreq | ( | void | ) |
| uint32_t CLK_GetLXTFreq | ( | void | ) |
| void CLK_Idle | ( | void | ) |
| void CLK_PowerDown | ( | void | ) |
| void CLK_SetHCLK | ( | uint32_t | u32ClkSrc, |
| uint32_t | u32ClkDiv | ||
| ) |
This function set HCLK clock source and HCLK clock divider.
| [in] | u32ClkSrc | is HCLK clock source. Including : |
| [in] | u32ClkDiv | is HCLK clock divider. Including : |
| void CLK_SetModuleClock | ( | uint32_t | u32ModuleIdx, |
| uint32_t | u32ClkSrc, | ||
| uint32_t | u32ClkDiv | ||
| ) |
This function set selected module clock source and module clock divider.
| [in] | u32ModuleIdx | is module index. |
| [in] | u32ClkSrc | is module clock source. |
| [in] | u32ClkDiv | is module clock divider. |
Valid parameter combinations listed in following table:
| void CLK_SetSysTickClockSrc | ( | uint32_t | u32ClkSrc | ) |
This function set SysTick clock source.
| [in] | u32ClkSrc | is module clock source. Including |
| __STATIC_INLINE void CLK_SysTickDelay | ( | uint32_t | us | ) |
This function execute delay function.
| [in] | us | Delay time. The Max value is 2^24 / CPU Clock(MHz). Ex: 72MHz => 233016us, 50MHz => 335544us, 48MHz => 349525us, 28MHz => 699050us ... |
Use the SysTick to generate the delay time and the UNIT is in us. The SysTick clock source is from HCLK, i.e the same as system core clock.
| uint32_t CLK_WaitClockReady | ( | uint32_t | u32ClkMask | ) |
This function check selected clock source status.
| [in] | u32ClkMask | is selected clock source. Including |
To wait for clock ready by specified CLKSTATUS bit or timeout (~5ms)


We serve clients in Floyd and surrounding counties.
At RRW Inc. We strive to provideo the best services possible to our customers. These include providing the best installation, maintenance and consultation services as well as provide the end user with the best pricing and support of products.
RRW Inc. Has 35 years of combined professional experience and can offer a wide range of low voltage services. We are a local provider who will respond to your needs quickly, effectively, and professionally. The majority of our business is in surrounding five county area and predominatley with schools and libraries. We are familiar with the constraints and budgets of both, and strive to work with them. School Districts and Libraries need to provide cutting edge technology and RRW Inc. prides itself on meeting these needs at a competitive price.


This is an experimental font. It's pretty much a proof of concept to illustrate the use of standardized UNICODE plains for icon fonts.
Most icons originate from Icomoon or Flatfont. Some originate from Wikimedia or the OpenSans font.
Icons typically are re-adjusted to be centered on a square grid.
Generated by IcoMoon


App ID
App Secret
Discord
Reconnect
Reauthenticate
Debug Information
State
no info
Last State Change
never


| [ Team LiB ] |
10.3 File ObjectsAs discussed earlier in this chapter, file is a built-in type in Python. With a file object, you can read and/or write data to a file as seen by the underlying operating system. Python reacts to any I/O error related to a file object by raising an instance of built-in exception class IOError. Errors that cause this exception include open failing to open or create a file, calling a method on a file object to which that method doesn't apply (e.g., calling write on a read-only file object or calling seek on a non-seekable file), and I/O errors diagnosed by a file object's methods. This section documents file objects, as well as some auxiliary modules that help you access and deal with their contents. 10.3.1 Creating a File Object with openYou normally create a Python file object with the built-in open, which has the following syntax: open(filename,mode='r',bufsize=-1) open opens the file named by filename, which must be a string that denotes any path to a file. open returns a Python file object, which is an instance of the built-in type file. Calling file is just like calling open, but file was first introduced in Python 2.2. If you explicitly pass a mode string, open can also create filename if the file does not already exist (depending on the value of mode, as we'll discuss in a moment). In other words, despite its name, open is not limited to opening existing files, but is also able to create new ones if needed. <IP_ADDRESS> File modemode is a string that denotes how the file is to be opened (or created). mode can have the following values:
<IP_ADDRESS> Binary and text modesThe mode string may also have any of the values just explained followed by a b or t. b denotes binary mode, while t denotes text mode. When the mode string has neither b nor t, the default is text mode (i.e., 'r' is like 'rt', 'w' is like 'wt', and so on). On Unix, there is no difference between binary and text modes. On other platforms, when a file is open in text mode, '\n' is returned each time the string that is the value of os.linesep (the line termination string) is encountered while reading the file. Conversely, a copy of os.linesep is written each time you write '\n' to the file. This widespread convention, originally developed in the C language, lets you read and write text files on any platform, without worrying about the platform's line-separation conventions. However, except on Unix platforms, you do have to know (and tell Python, by passing the proper mode argument to open) whether a file is binary or text. In this chapter, for simplicity, I use \n to refer to the line termination string, but remember that the string is in fact os.linesep in files on the filesystem, translated to and from \n in memory only for files opened in text mode. Python 2.3 will introduce a new concept, known as universal newlines, letting you open a text file for reading in mode 'u' when you don't know how line separators are encoded in the file. This is useful, for example, when you share files across a network between machines with different operating systems. Mode 'u' guesses what line separator string to use based on each file's contents. However, mode 'u' is not available in Python 2.2 and earlier. <IP_ADDRESS> Bufferingbufsize is an integer that denotes what buffering you request for the file. When bufsize is less than 0, the operating system's default is used. Normally, this default is line buffering for files that correspond to interactive consoles, and some reasonably sized buffer, such as 8192 bytes, for other files. When bufsize equals 0, the file is unbuffered; the effect is as if the file's buffer were flushed every time you write anything to the file. When bufsize equals 1, the file is line-buffered, which means the file's buffer is flushed every time you write \n to the file. When bufsize is greater than 1, the file uses a buffer of about bufsize bytes, rounded up to some reasonable amount. On some platforms, you can change the buffering for files that are already open, but there is no cross-platform way to do this. <IP_ADDRESS> Sequential and non-sequential accessA file object f is inherently sequential (i.e., a stream of bytes). When you read from a file, you get bytes in the sequential order in which the bytes are present in the file. When you write to a file, the bytes you write are put in the file in the sequential order in which you write them. To allow non-sequential access, the built-in file object keeps track of its current position (i.e., the position on the underlying file where the next read or write operation will start transferring data). When you open a file, the file's initial current position is at the start of the file. Any call to f.write on a file object f opened with a mode of 'a' or 'a+' always sets f's current position to the end of the file before writing data to f. Whenever you read or write some number n of bytes on file object f, f's current position advances by n. You can query the current position by calling f.tell, and change the current position by calling f.seek, both covered in the next section. 10.3.2 Attributes and Methods of File ObjectsA file object f supplies the attributes and methods documented in this section.
Closes the file. You can call no other method on f after f.close. Multiple calls to f.close are allowed and innocuous.
f.closed is a read-only attribute that is True if f.close( ) has been called, otherwise False.
Requests that f's buffer be written out to the operating system, ensuring that the file as seen by the system has exactly the contents that Python's code has written to f. Depending on the platform and on the nature of f's underlying file, f.flush may or may not be able to ensure the desired effect.
Returns True if f's file is an interactive terminal, otherwise False.
Returns an integer, the file descriptor of f's file at operating system level. File descriptors were covered in Section 10.2.8 earlier in this chapter.
f.mode is a read-only attribute that is the value of the mode string used in the open call that created f.
f.name is a read-only attribute that is the value of the filename string used in the open call that created f.
Reads up to size bytes from f's file and returns them as a string. read reads and returns less than size bytes if the file ends before size bytes are read. When size is less than 0, read reads and returns all bytes up to the end of the file. read returns an empty string only if the file's current position is at the end of the file or if size equals 0.
Reads and returns one line from f's file, up to the end of line (\n) included. If size is greater than or equal to 0, readline reads no more than about size bytes. In this case, the returned string may not end with \n. \n may also be absent if readline reads up to the end of the file without finding \n. readline returns an empty string only if the file's current position is at the end of the file or if size equals 0.
Reads and returns a list of all lines in f's file, each a string ending in \n. If size>0, readlines stops and returns the list after collecting data for a total of about size bytes, rather than reading all the way to the end of the file.
Sets f's current position to the signed integer byte offset pos from a reference point. how indicates the reference point: when how is 0, the reference is the start of the file; when it is 1, the reference is the current position; and when it is 2, the reference is the end of the file. When f is opened in text mode, the effects of f.seek may not be as expected, due to the implied translations between os.linesep and \n. This troublesome effect does not occur on Unix platforms, nor when f is opened in binary mode, nor when f.seek is called with a pos that is the result of a previous call to f.tell and how is 0. When f is opened in mode 'a' or 'a+', all data written to f is appended to the data that is already in f, regardless of calls to f.seek.
f.softspace is a read-write attribute that is used internally by the print statement to keep track of its own state. A file object does not alter nor interpret softspace in any way: it just lets the attribute be freely read and written, and print takes care of the rest.
Returns f's current position, an integer offset in bytes from the start of the file.
Truncates f's file. When size is present, truncates the file to be at most size bytes. When size is absent, uses f.tell( ) as the file's new size.
Writes the bytes of string str to the file.
Like: for line in lst: f.write(line) It does not matter whether the strings in sequence lst are lines: despite its name, method writelines just writes the strings to the file, one after another, without alterations or additions.
Like xreadlines.xreadlines(f), as covered in Section 10.4.4 later in this chapter. Method xreadlines will be deprecated in Python 2.3. 10.3.3 Iteration on File ObjectsA file object f open for text-mode reading supports iteration. In other words, iter(f) returns an iterator whose items are the file's lines, so that the loop: for line in f: iterates on each line of the file. Interrupting such a loop prematurely (e.g., with break) leaves the file's current position with an arbitrary value. Calling methods that modify f's state, such as f.seek, during such a loop has an undefined effect. On the plus side, such a loop has very good performance, since these specifications allow the loop to use internal buffering to minimize I/O. Iteration on file objects is available only in Python 2.2 and later. 10.3.4 File-Like Objects and PolymorphismAn object x is file-like when it behaves polymorphically to a file, meaning that a function (or some other subset of a program) can use x as if x were a file. Code that uses such an object (known as client code of that object) typically receives the object as an argument or obtains it by calling a factory function that returns the object as the result. If the only method that a client-code function calls on x is x.read( ), without arguments, all that x needs to supply in order to be file-like for that function is a method read that is callable without arguments and returns a string. Other client-code functions, however, may need x to implement a broader subset of file object methods. Thus, file-like objects and polymorphism are not absolute concepts, but are instead relative to demands placed upon an object by client code. Polymorphism is a powerful aspect of object-oriented programming, and file-like objects are an excellent example of polymorphism. A client-code module that writes to or reads from files can automatically be reused for data residing elsewhere, as long as the module does not break polymorphism by the dubious practice of type testing. When we discussed the built-ins type and isinstance in Chapter 8, I mentioned that type testing is often best avoided, since it blocks the normal polymorphism that Python otherwise supplies. Sometimes you may have no choice. For example, the marshal module, covered in Chapter 11, demands real file objects. Therefore, if your client code needs to use marshal, your code must also deal with real file objects, not just file-like ones. However, such situations are rare. Most often, supporting polymorphism in your client code takes nothing more than some care in avoiding type testing. You can implement a file-like object by coding your own class, as covered in Chapter 5, and defining the specific methods needed by client code, such as read. A file-like object fl need not implement all the attributes and methods of a true file object f. If you can determine which methods client code calls on fl, you can choose to implement only that subset. For example, when fl is only meant to be written, fl doesn't need methods read, readline, and readlines. When you implement a file-like object fl, make sure that fl.softspace can be read and written if you want fl to be usable by print. You need not alter nor interpret softspace in any way. Note that this behavior is the default when you write fl's class in Python. You need to take specific care only when fl's class overrides special methods _ _getattr_ _ and _ _setattr_ _ or otherwise controls access to its instances' attributes (e.g., by defining _ _slots_ _) as covered in Chapter 5. For example, if your class is a new-style class and defines _ _slots_ _, your class must have a slot named softspace, assuming you want instances of your class to be usable with the print statement. If the main reason you want to use a file-like object instead of a real file object is to keep the data in memory, you can often make use of modules StringIO and cStringIO, covered later in this chapter. These modules supply file-like objects that hold data in memory while behaving polymorphically to file objects to a wide extent. |
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Class: Concurrent::Actress::Behaviour::Abstract
- Inherits:
-
Object
- Object
- Concurrent::Actress::Behaviour::Abstract
- Includes:
- ContextDelegations, TypeCheck
- Defined in:
- lib/concurrent/actress/behaviour.rb
Direct Known Subclasses
Buffer, DoContext, ErrorOnUnknownMessage, RemoveChild, Termination
Instance Attribute Summary (collapse)
-
- (Object) context
readonly
Returns the value of attribute context.
-
- (Object) subsequent
readonly
Returns the value of attribute subsequent.
Instance Method Summary (collapse)
- - (Object) actor_class (also: #actress_class) included from CoreDelegations
- - (Object) Child!(value, *types) included from TypeCheck
- - (Boolean) Child?(value, *types) included from TypeCheck
- - (Object) children included from ContextDelegations
-
- (Envelope) envelope
Current envelope, accessible inside #on_message processing.
- - (Object) executor included from CoreDelegations
-
- (Abstract) initialize(core, subsequent)
constructor
A new instance of Abstract.
-
- (Object) log(level, message = nil, &block)
included
from ContextDelegations
delegates to core.log.
- - (Object) Match!(value, *types) included from TypeCheck
- - (Boolean) Match?(value, *types) included from TypeCheck
- - (Object) name included from CoreDelegations
- - (Object) on_envelope(envelope) private
- - (Object) on_message(message)
- - (Object) parent included from CoreDelegations
- - (Object) pass(envelope = self.envelope)
- - (Object) path included from CoreDelegations
- - (Object) reference (also: #ref) included from CoreDelegations
- - (Object) reject_envelope(envelope)
- - (Object) reject_messages
- - (Object) spawn(*args, &block) included from ContextDelegations
- - (Object) terminate! included from ContextDelegations
- - (Object) terminated included from CoreDelegations
- - (Boolean) terminated? included from CoreDelegations
- - (Object) Type!(value, *types) included from TypeCheck
- - (Boolean) Type?(value, *types) included from TypeCheck
Constructor Details
- (Abstract) initialize(core, subsequent)
Returns a new instance of Abstract
47 48 49 50 |
# File 'lib/concurrent/actress/behaviour.rb', line 47 def initialize(core, subsequent) @context = Type! context, Core @subsequent = Type! subsequent, Abstract end |
Instance Attribute Details
- (Object) context (readonly)
Returns the value of attribute context
45 46 47 |
# File 'lib/concurrent/actress/behaviour.rb', line 45 def context @context end |
- (Object) subsequent (readonly)
Returns the value of attribute subsequent
45 46 47 |
# File 'lib/concurrent/actress/behaviour.rb', line 45 def subsequent @subsequent end |
Instance Method Details
- (Object) actor_class Also known as: actress_class Originally defined in module CoreDelegations
- (Object) Child!(value, *types) Originally defined in module TypeCheck
- (Boolean) Child?(value, *types) Originally defined in module TypeCheck
- (Object) children Originally defined in module ContextDelegations
- (Envelope) envelope
Returns current envelope, accessible inside #on_message processing
65 66 67 |
# File 'lib/concurrent/actress/behaviour.rb', line 65 def envelope @envelope or raise 'envelope not set' end |
- (Object) executor Originally defined in module CoreDelegations
- (Object) log(level, message = nil, &block) Originally defined in module ContextDelegations
delegates to core.log
- (Object) Match!(value, *types) Originally defined in module TypeCheck
- (Boolean) Match?(value, *types) Originally defined in module TypeCheck
- (Object) name Originally defined in module CoreDelegations
- (Object) on_envelope(envelope)
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
57 58 59 60 61 62 |
# File 'lib/concurrent/actress/behaviour.rb', line 57 def on_envelope(envelope) @envelope = envelope envelope. ensure @envelope = nil end |
- (Object) on_message(message)
52 53 54 |
# File 'lib/concurrent/actress/behaviour.rb', line 52 def () raise NotImplementedError end |
- (Object) parent Originally defined in module CoreDelegations
- (Object) pass(envelope = self.envelope)
69 70 71 |
# File 'lib/concurrent/actress/behaviour.rb', line 69 def pass(envelope = self.envelope) subsequent.on_envelope envelope end |
- (Object) path Originally defined in module CoreDelegations
- (Object) reference Also known as: ref Originally defined in module CoreDelegations
- (Object) reject_envelope(envelope)
77 78 79 80 |
# File 'lib/concurrent/actress/behaviour.rb', line 77 def reject_envelope(envelope) envelope.reject! ActressTerminated.new(reference) dead_letter_routing << envelope unless envelope.ivar end |
- (Object) reject_messages
73 74 75 |
# File 'lib/concurrent/actress/behaviour.rb', line 73 def subsequent. if subsequent end |


--- layout: documentation title: Documentation ---
This documentation in a work in progress. You can help us by forking the project, made correction an send a pull request.


Test your knowlegde on a timed code-related quiz. See how your do against others by viewing the highscore.


48
1 It came about after these things, that one said to Joseph, "Look, your father is sick." So he took with him his two sons, Manasseh and Ephraim.
2 When Jacob was told, "Look, your son Joseph has arrived to see you," Israel gathered strength and sat up in bed.
3 Jacob said to Joseph, "God Almighty appeared to me at Luz in the land of Canaan. He blessed me
4 and said to me, 'Behold, I will make you fruitful, and multiply you. I will make of you an assembly of nations. I will give this land to your descendants as an everlasting possession.'
5 And now your two sons, who were born to you in the land of Egypt before I came to you into Egypt, they are mine. Ephraim and Manasseh will be mine, just as Reuben and Simeon are mine.
6 The children you have after them will be yours; they will be listed under the names of their brothers in their inheritance.
7 But as for me, when I came from Paddan, to my sorrow Rachel died in the land of Canaan on the way, while there was still some distance to go to Ephrath. I buried her there on the way to Ephrath (that is, Bethlehem)."
8 When Israel saw Joseph's sons, he said, "Whose are these?"
9 Joseph said to his father, "They are my sons, whom God has given me here." Israel said, "Bring them to me, that I may bless them."
10 Now Israel's eyes were failing because of his age, so he could not see. So Joseph brought them near to him, and he kissed them and embraced them.
11 Israel said to Joseph, "I never expected to see your face again, but God has even allowed me to see your children."
12 Joseph brought them out from between Israel's knees, and then he bowed with his face to the earth.
13 Joseph took them both, Ephraim in his right hand toward Israel's left hand, and Manasseh in his left hand toward Israel's right hand, and brought them close to him.
14 Israel reached out with his right hand and laid it upon Ephraim's head, who was the younger, and his left hand upon Manasseh's head. He crossed his hands, for Manasseh was the firstborn.
15 Israel blessed Joseph, saying,
"The God before whom my fathers Abraham and Isaac walked,
the God who has cared for me to this day,
16 the angel who has protected me from all harm, may he bless these boys.
May my name be named in them, and the name of my fathers Abraham and Isaac.
May they grow into a multitude on the earth."
17 When Joseph saw his father place his right hand upon the head of Ephraim, it displeased him. He took his father's hand to move it from Ephraim's head to Manasseh's head.
18 Joseph said to his father, "Not so, my father; for this is the firstborn. Put your right hand upon his head."
19 His father refused and said, "I know, my son, I know. He also will become a people, and he also will be great. Yet his younger brother will be greater than he, and his descendants will become a multitude of nations."
20 Israel blessed them that day with these words,
"The people of Israel will pronounce blessings by your names saying,
'May God make you like Ephraim and like Manasseh'."
In this way, Israel put Ephraim before Manasseh.21 Israel said to Joseph, "See, I am about to die, but God will be with you, and will bring you back to the land of your fathers.
22 To you, as one who is above your brothers, I give the mountain slope that I took from the Amorites with my sword and my bow."


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Fall semester is usually when people scout for summer internships. Well, maybe just in my friend group-- most of my friends are CS majors. Unfortunately, I’m still applying and interviewing. As a girl in STEM, it’s hard to attribute this failure to lack of ability since I’ve applied to so many with minimal results.
The rejection that stung the most was after passing 2 technical interviews and was rejected after the personality interview. I’m sure all the candidates all had different personalities, but logically, shouldn’t every try to act very similar? I was very professional, very eager and excited when I was being interviewed, but maybe there was just a more qualified candidate.
I was consoled by friends that “I’ll get a better company” or that I deserve much better, but my time will come. Despite their efforts, I don’t think I feel much better. I think they believe in a just world, but I am more upset by the fact that I was so close to getting that internship that it made this rejection hurt a lot more.
If only I had worked harder. If I practiced my behavioral questions more, if I said something differently in the interview, if I had researched the company more, I may have gotten the internship. Counterfactual thinking may be unproductive, but it’s helped me be more determined I guess.


This Dapp is running live on the Ethereum testnet. You can go ahead
and view certificates currently stored on the blockchain. If you want to create,
edit or
delete
certificates, you are going to need Ropsten testnet Ether. We welcome any
feedback you have on our system, enjoy exploring!
{{>HomeCards}}
If this seems too complex to set up, please consider trying our Demo
version, that
is simplified and not running on the blockchain.
View information pertaining to your current signed in web3 wallet.
| {{key}} | {{value}} |
| {{key}} | {{value}} |
| Field | Value |
|---|---|
|
Anonymous certificate
|
|
Anonymous certificate
|
The page you are looking for was not found.


: Mrs. Agnes Fatima Isa Kiatha. I am Mrs. Agnes Fatima Isa Kiatha, from Kuwait. I am married to Usman Isa Kaitha of blessed memory who worked with Kuwait embassy in Madrid Spain for nine years before he died in the year 2002. We were married for eleven years without a child he died after a brief illness that lasted only four days. Before his death he was a very devoted Muslim and I was a devoted Christian by birth battling with both cancer and fibroid problems. When my late husband was alive, he deposited the sum of $25.5million dollars (twenty five million, five hundred dollars), which he in herited from his late father (sheikh Usman Isa Kaitha) with an overseas finance and security firm. Presently, this money is still with finance and security firm.  Having known my condition I decided to donate this fund to either a Christian organization or a devoted Christian individual that will utilize this money the way I am going to instruct here in. I want this Christian organization or individual to use this money in all sincerity to fund churches, orphanages, widows and also propagating the word of God and to ensure that the society upholds the views and beliefs of the holy bible. The holy bible emphasized so much on the giving of alms, charity and this has encouraged me in taking this bold step. I took this decision because I don't have any child and my late husband's relatives are all Muslims and I don't want my husband’s hard earned money to be misused by people that call me an unbeliever. I don't want a situation where this money will be used in an unholy manner hence the reasons for taking this bold decision. I know that after death I will be with God the highest and the most merciful one. I don't need any telephone communications but will only give you the contact of my lawyer because he is the one who is going to assist you in making you the beneficiary of the consignment in the finance and security firm if you receive this letter and accept to assist me to conclude this transaction, if you want to speak with me he will arrange for that because my doctor warned me not to talk for too long a time and secondly, I can't discuss in the presence of my husbands relatives for they always stay with me in the hospital, my lawyer is the only person that knows the decision that I am taking. With God, I know that all things are possible and as soon as I receive your reply through my lawyer I will now give him instruction to make you the beneficiary of the consignment and all necessary steps to take before receiving these funds and I shall also give you the contact of the finance and security firm I will also issue you a letter of authority that will prove you as the original beneficiary of the funds. I want you and the Christian community where you reside to always pray for me. My happiness is that I lived a life of a true devoted Christian though married to a Muslim, whoever that wants to serve God must serve him in truth and in spirit, please always be prayerful all through your life. Any delay in your reply will give me room in souring for another Christian organization or a devoted Christian for the same purpose. Until I hear from you my dreams will rest squarely on your shoulders, may the Almighty God continue to guide and protect you. Amen. Yours faithfully, PLEASE REPLY THROUGH MY ATTORNEYS PRIVATE<EMAIL_ADDRESS>Mrs. Agnes Fatima Isa Kiatha.


Once integrated NRL will work seamlessly with your current systems without the need for you to alter your day-to-day tasks.
The following is a representation of how NRL may look like when used by a ${data.personnel.name} in their desktop system. This is a generic system that should look similar to a system that you use daily.
The screen helps to show patient information as would normally be displayed after completing a search for a patient. It demonstrates how NRL pointer results can be shown alongside this information.
Once live, these pointer results may be able to return patient information such as care plans as created by Mental Health professionals.
These care plans are created separately from the NRL at the point of care by the care professional - Why not also take a look at how NRL can work for Mental Health Trusts?


About me:
I am Abdelrahman Mohammad. I am Civil Engineer graduated from AUM University. I have registered in Software Development course in LTUC to learn about programming and enahcne myself in this filed.
Work Experience:
-
Customer Service:
The internship is about the BRT project; the part of the project which HCC is in charge of it is the Sport City circle where I did my internship. This part of the BRT project is to construct two bridges and bus station. The internship was field training which involves:observing, checking the construction works and reading the drawings of the project.
Amman
December-2019 – March 2020 -
Internship:
The internship is about the BRT project; the part of the project which HCC is in charge of it is the Sport City circle where I did my intternship. This part of the BRT project is to construct two bridges and bus station. The internship was field training which involves:observing, checking the construction works and reading the drawings of the project.
Amman
December-2019 – March 2020
Educations History:
-
1- Software Development Training Course,br>
Luminus Technical University College
Ongoing -
2- Bachelor of Civil Engineering
American University of Madaba
Madaba, Jordan 2018 -
3- Al-Ittihad School
Amman 2013
I am looking forward to become a full-stack developer after taking the course of Software Development, and keep learning and progressing in this field.
- Pele
- Maradona
- Messi
- Cristiano Ronaldo
- Ronaldo
- Ronaldinho
- Beckenbauer
- Cruyff
- Maldini
- Zinedine Zidane


Preparation time
1-2 hours
Cooking time
10 to 30 mins
Serves
Makes 6 loaves
Dietary
Wrap up edible Christmas gifts of delicious mini stollen. (These can be baked and frozen in advance.)
Mix the dried fruits, cherries, almonds, lemon zest, nutmeg, vanilla extract and brandy together in a bowl. Cover with clingfilm and set aside.
Put the flour, yeast and sugar in a mixing bowl. Add the egg, 50g/2oz of the melted butter and the milk. Mix the ingredients together to form a dough, adding a further 1-2 tablespoons of milk if the dough is a little dry.
Turn the mixture out onto a lightly floured surface and knead for 10 minutes, or until smooth and elastic. Place in a lightly oiled bowl, cover with oiled clingfilm and leave to rise in a warm place for 1-1¼ hours, until the dough has doubled in size.
Turn the dough out on to a lightly floured surface. Gradually knead in the fruit mixture until it is evenly distributed through the dough. Cover with a damp tea towel and leave to rest for 20 minutes.
Preheat the oven to 180C/350F/Gas 4.
Divide the marzipan into six pieces and roll each one into a 10cm/4in log.
Knead the dough lightly for one minute. Divide into six pieces and roll each piece out into a rectangle.
Arrange the stollen on baking trays, cover loosely with lightly oiled clingfilm and leave in a warm, draught-free place until doubled in size.
Bake the stollen, on the middle shelf of the oven for 20-25 minutes, or until risen and golden-brown. Cool on wire racks, then dust liberally with icing sugar.


| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| FLINK-1038 | Adding a collection output format | Minor | . | Sebastian Kruse | |
| FLINK-908 | Add support for POJO objects | Major | Java API | GitHub Import | Robert Metzger |
| FLINK-612 | Add Java 8 Lambda support to new Java API | Major | Java API | GitHub Import |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| FLINK-1148 | Create a writeAsCsv(path, writemode) variant | Minor | Java API, Scala API | Stephan Ewen | Stephan Ewen |
| FLINK-1123 | Add First-N operator to Scala API | Blocker | Scala API | Fabian Hueske | Aljoscha Krettek |
| FLINK-1111 | Move Basic and Array Type Information into "flink-core" Project | Major | . | Stephan Ewen | Stephan Ewen |
| FLINK-1110 | Add a serial collection-based execution mode | Minor | . | Stephan Ewen | Stephan Ewen |
| FLINK-1094 | Simplify input split assignments | Minor | JobManager | Stephan Ewen | Stephan Ewen |
| FLINK-1079 | Inconsistent parameter naming in MapPartitionFunction | Trivial | Local Runtime | Fabian Hueske | Stephan Ewen |
| FLINK-1078 | FileOutputFormat and PrintingOutputFormat index partitions differently | Trivial | Local Runtime | Fabian Hueske | Stephan Ewen |
| FLINK-1062 | Type Extraction for Lambdas | Major | Java API | Stephan Ewen | Timo Walther |
| FLINK-1056 | Build jar in generated archetypes using the maven-assembly-plugin | Minor | Build System | Robert Metzger | Aljoscha Krettek |
| FLINK-1053 | Add a "mapPartition" operator. | Major | Java API, Local Runtime | Stephan Ewen | Stephan Ewen |
| FLINK-1050 | Local setup for Windows documentation lacks hint for Java setup | Major | Project Website | Fabian Hueske | Fabian Hueske |
| FLINK-1029 | Attach slot information to scheduling/assignment information in Scheduler | Major | JobManager | Stephan Ewen | Stephan Ewen |
| FLINK-1025 | Improve BLOB Service | Major | JobManager | Stephan Ewen | Daniel Warneke |
| FLINK-1020 | Add minBy() and maxBy() selection functions | Minor | Java API | Stephan Ewen | Tobias |
| FLINK-1006 | Add support for MapR file system | Minor | Distributed Runtime | Daniel Warneke | Daniel Warneke |
| FLINK-968 | Add a yarn session parameter for the number of task slots per task manager | Critical | YARN Client | Stephan Ewen | Robert Metzger |
| FLINK-956 | Add a parameter to the YARN command line script that allows to define the amount of MemoryManager memory | Major | YARN Client | Stephan Ewen | Robert Metzger |
| FLINK-953 | Don't show fake tail information in webfrontend | Minor | Webfrontend | Ufuk Celebi | Stephan Ewen |
| FLINK-662 | JoinFunction with Collector | Major | . | GitHub Import | |
| FLINK-634 | Display the number of connected TaskManagers in the YARN console | Major | YARN Client | Robert Metzger | Robert Metzger |
| FLINK-514 | Fix invalid Javadoc references | Minor | . | GitHub Import | Daniel Warneke |
| FLINK-399 | convergence criterion in scala API | Major | . | GitHub Import | |
| FLINK-288 | Put a performance section on front page of the project's website | Major | Project Website | Robert Metzger | |
| FLINK-165 | Rework Nephele Task Hierarchy | Major | Local Runtime | GitHub Import | Stephan Ewen |
| FLINK-79 | Startup time of jobs | Minor | Local Runtime | GitHub Import | Stephan Ewen |
| FLINK-65 | Support custom and efficient (in-memory) pre-aggregations (without Combiner) | Major | . | GitHub Import | Stephan Ewen |
| FLINK-12 | [GitHub] Rework Configuration Objects | Major | . | GitHub Import | Stephan Ewen |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| FLINK-1171 | Move scala tests to flink-tests project | Major | . | Stephan Ewen | Stephan Ewen |
| FLINK-1170 | Localization of InputSplits is not working properly | Major | Distributed Runtime | Robert Metzger | Robert Metzger |
| FLINK-1167 | CompilerException caused by NullPointerException | Minor | . | Maximilian Alber | Stephan Ewen |
| FLINK-1164 | Uninformative error message when having an identity iteration with the Scala API | Major | . | Till Rohrmann | Stephan Ewen |
| FLINK-1152 | Failed task cancellation leads to NullPointerException | Major | TaskManager | Robert Metzger | Stephan Ewen |
| FLINK-1150 | FilterNode set estimated data size to unknown | Major | Optimizer | Fabian Hueske | Fabian Hueske |
| FLINK-1149 | Operators cannot adapt DOP for NonParallelInputs | Minor | Java API | Fabian Hueske | Fabian Hueske |
| FLINK-1143 | Forced to use Solution Set | Minor | JobManager | Maximilian Alber | Stephan Ewen |
| FLINK-1134 | On the client side, the JVM does not terminate using RemoteCollectorOutputFormat | Trivial | Java API | Fabian Tschirschnitz | Fabian Tschirschnitz |
| FLINK-1133 | Type extractor cannot determine type of function | Major | Java API | Stephan Ewen | Timo Walther |
| FLINK-1119 | StreamComponentTest fails with NoResourceAvailableException | Critical | Streaming | Fabian Hueske | Stephan Ewen |
| FLINK-1117 | Clean up Avro Project | Major | . | Stephan Ewen | Stephan Ewen |
| FLINK-1115 | Spurious Test Failures due to failing file output streams | Minor | Distributed Runtime | Stephan Ewen | Stephan Ewen |
| FLINK-1114 | ScalaStyle prevents projects from being built individually | Major | Build System | Stephan Ewen | Stephan Ewen |
| FLINK-1096 | Unexpected Histogram accumulator behavior | Trivial | . | Sebastian Kruse | Sebastian Kruse |
| FLINK-1075 | Race condition in AsynchronousPartialSorterITCase | Major | . | Till Rohrmann | Till Rohrmann |
| FLINK-1074 | Project Join fails when input tuple is null | Major | Java API | Stephan Ewen | Fabian Hueske |
| FLINK-1073 | SortGroup() does not sort Combiner input | Critical | Java API | Fabian Hueske | Fabian Hueske |
| FLINK-1071 | Unknown local strategy 'MAP_PARTITION' in JSON generator. | Major | Optimizer | Stephan Ewen | Stephan Ewen |
| FLINK-1070 | Change return type of "getBroadcastVariable()" from Collection to List | Minor | Java API | Stephan Ewen | Stephan Ewen |
| FLINK-1069 | "flink-hadoop-compatibility" fails to build with Hadoop 2.5.0 dependencies | Major | . | Robert Metzger | Stephan Ewen |
| FLINK-1067 | "Stratosphere" occurance in docs FAQ | Trivial | Documentation | Fabian Hueske | Fabian Hueske |
| FLINK-1065 | "flink-streaming-core" build fails with Hadoop 2.4.0 dependencies | Major | Streaming | Robert Metzger | Márton Balassi |
| FLINK-1063 | Race condition in NettyConnectionManager | Major | Distributed Runtime | Ufuk Celebi | Ufuk Celebi |
| FLINK-1014 | Pipeline Breakers and Caches are not displayed in the WebFrontend | Major | Webfrontend | Stephan Ewen | |
| FLINK-989 | Improve not enough slots SchedulingException message | Critical | JobManager | Ufuk Celebi | Stephan Ewen |
| FLINK-625 | Add a fail(Exception) method to the job graph, to report problems detected in RPC calls | Major | Local Runtime | GitHub Import | Stephan Ewen |
| FLINK-230 | Job Cancellation does not work properly: "Cannot find execution graph to job ID" | Major | . | GitHub Import | Stephan Ewen |
| FLINK-15 | [GitHub] Rework Nephele Execution Graph State Machine | Major | . | GitHub Import | Stephan Ewen |
| FLINK-13 | [GitHub] Bug in Nephele Scheduler | Major | . | GitHub Import | Stephan Ewen |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| FLINK-1032 | Extend POJO Field Selectors to Support Accessing Nested Objects | Major | Java API | Aljoscha Krettek | Robert Metzger |
| FLINK-1030 | Cleanly separate the Instance Management and Resource Assignment | Major | JobManager | Stephan Ewen | Stephan Ewen |
| FLINK-991 | Add documentation for POJO expression keys | Major | Documentation, Java API | Fabian Hueske | Robert Metzger |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| FLINK-1118 | Exclude Java Crash Log Files from License Header Check | Minor | Build System | Fabian Hueske | Stephan Ewen |
| FLINK-1136 | Put new Flink Logo in Web Frontends | Trivial | Webfrontend | Fabian Hueske | Fabian Hueske |
| FLINK-1106 | Deprecate old Record API | Critical | Java API | Robert Metzger | Robert Metzger |
| FLINK-1084 | The article "How to add a new Operator" contains several dead links | Minor | Documentation | Jonas Traub | Stephan Ewen |
| FLINK-1068 | Replace "cdh4" profile with generic "hadoop 2.0.0-alpha" support | Minor | . | Robert Metzger | Robert Metzger |
| FLINK-1017 | Add setParallelism() to Java API documentation | Minor | Documentation | Fabian Hueske | Hung Chang |


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nips nips2004 nips2004-116 nips2004-116-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Alexander T. Ihler, John W. Fisher, Alan S. Willsky
Abstract: Belief propagation (BP) is an increasingly popular method of performing approximate inference on arbitrary graphical models. At times, even further approximations are required, whether from quantization or other simpliﬁed message representations or from stochastic approximation methods. Introducing such errors into the BP message computations has the potential to adversely affect the solution obtained. We analyze this effect with respect to a particular measure of message error, and show bounds on the accumulation of errors in the system. This leads both to convergence conditions and error bounds in traditional and approximate BP message passing. 1
[1] Y. Weiss. Correctness of local probability propagation in graphical models with loops. Neural Computation, 12(1), 2000.
[2] S. Tatikonda and M. Jordan. Loopy belief propagation and gibbs measures. In UAI, 2002.
[3] T. Heskes. On the uniqueness of loopy belief propagation ﬁxed points. To appear in Neural Computation, 2004.
[4] D. Koller, U. Lerner, and D. Angelov. A general algorithm for approximate inference and its application to hybrid Bayes nets. In UAI 15, pages 324–333, 1999.
[5] J. M. Coughlan and S. J. Ferreira. Finding deformable shapes using loopy belief propagation. In ECCV 7, May 2002.
[6] E. B. Sudderth, A. T. Ihler, W. T. Freeman, and A. S. Willsky. Nonparametric belief propagation. In CVPR, 2003.
[7] M. Isard. PAMPAS: Real–valued graphical models for computer vision. In CVPR, 2003.
[8] T. Minka. Expecatation propagation for approximate bayesian inference. In UAI, 2001.
[9] A. T. Ihler, J. W. Fisher III, and A. S. Willsky. Communication-constrained inference. Technical Report TR-2601, Laboratory for Information and Decision Systems, 2004.
[10] L. Chen, M. Wainwright, M. Cetin, and A. Willsky. Data association based on optimization in graphical models with application to sensor networks. Submitted to Mathematical and Computer Modeling, 2004.
[11] P. Clifford. Markov random ﬁelds in statistics. In G. R. Grimmett and D. J. A. Welsh, editors, Disorder in Physical Systems, pages 19–32. Oxford University Press, Oxford, 1990.
[12] J. Pearl. Probabilistic Reasoning in Intelligent Systems. Morgan Kaufman, San Mateo, 1988.
[13] J. S. Yedidia, W. T. Freeman, and Y. Weiss. Constructing free energy approximations and generalized belief propagation algorithms. Technical Report 2004-040, MERL, May 2004.
[14] A. T. Ihler, J. W. Fisher III, and A. S. Willsky. Message errors in belief propagation. Technical Report TR-2602, Laboratory for Information and Decision Systems, 2004.
[15] Hans-Otto Georgii. Gibbs measures and phase transitions. Studies in Mathematics. de Gruyter, Berlin / New York, 1988.
[16] S. Julier and J. Uhlmann. A general method for approximating nonlinear transformations of probability distributions. Technical report, RRG, Dept. of Eng. Science, Univ. of Oxford, 1996.
[17] A. Willsky. Relationships between digital signal processing and control and estimation theory. Proc. IEEE, 66(9):996–1017, September 1978.


Here, I keep a list of my presentations and posters, presented at various international conferences and symposia, alongside their associated content files:
Four years of scientific computing using FreeFEM in the field of computational biomedical engineering, presented at the FreeFEM Days, 14th Edition, Paris, France, 2022 (abstract | presentation | video)
High-performance computer simulation of biodegradation of optimized personalized implants; a case study of a patient-specific porous acetabular implant, presented at the Virtual Physiological Human (VPH) conference, Porto, Portugal, 2022 (abstract | presentation | video)
Mathematical investigation of corrosion behavior of bioabsorbable metals on the biodegradation interface, presented at the 8th European Congress on Computational Methods in Applied Sciences and Engineering (ECCOMAS), Oslo, Norway, 2022 (abstract | presentation | video)
Massively parallel finite element simulation of reaction-diffusion systems with moving boundaries: a use-case for biomaterials degradation modeling, presented at the HPC Asia, 5th Edition, 2022 (abstract | presentation)
BioDeg: corrosion/biodegradation simulation software for metallic biomaterials based on FreeFEM/PETSc/Qt, presented at the FreeFEM Days, 13th Edition, Paris, France, 2021 (abstract | presentation | video)
Interactive Educational Materials for Computational Tissue Engineering Using Jupyter Notebooks, presented at the 6th World Congress of Tissue Engineering and Regenerative Medicine International Society (TERMIS), Maastricht, the Netherlands, 2021 (presentation | video)
Mathematical modeling of curvature-based cell/tissue growth on open porous scaffolds for bone tissue engineering, presented at the 8th Belgian Symposium on Tissue Engineering, Louvain, Belgium, 2021 (abstract | presentation | video)
Physics-informed neural network model for cell viability and oxygen consumption of pancreatic islets, presented at the Mechanistic Machine Learning and Digital Twins for Computational Science, Engineering & Technology conference, San Diego, USA, 2021 (abstract | presentation | video)
High-performance computing in biomedical engineering; a use-case for biomaterials degradation modeling, presented at the 17th International Symposium on Computer Methods in Biomechanics and Biomedical Engineering (CMBBE), Bonn, Germany, 2021 (abstract | presentation | video)
Mathematical modeling of degradation process of biodegradable metallic biomaterials in immersion and perfusion setups, presented at the XXVIII Congress of the International Society of Biomechanics (ISB), Stockholm, Sweden, 2021 (abstract | presentation | video)
Mathematical modeling of biodegradation of metallic biomaterials using reaction-diffusion equations and level set method, presented at the SIAM Conference on Mathematical Aspects of Materials Science, Bilbao, Spain, 2021 (abstract | presentation | video)
Reproducible research in computational sciences: A use case for uncertainty quantification using Jupyter notebooks, presented at the KU Leuven Open Science Study Day, Leuven, Belgium, 2021 (abstract | presentation | video)
Investigating the biodegradation of metallic biomaterials using HPC-based simulation techniques, presented at the 14th World Congress on Computational Mechanics, 2020 (abstract | presentation | video)
Computational modeling of in-vitro biodegradation of metallic scaffolds and bone implants, presented at the 11th World Biomaterials Congress, 2020 (abstract | presentation | video)
Jupyter for uncertainty quantification and parameter estimation of computational models, presented at the JupyterCon 2020, 2020 (abstract | poster | video)
High-performance numerical simulation of biodegradation process with moving boundaries, presented at the FreeFEM Days, 11th Edition, Paris, France, 2019 (abstract | presentation | video | slides source code)
Computational modeling of biodegradation of metallic biomaterials, presented at the 18th National Day on Biomedical Engineering, Brussels, Belgium, 2019 (abstract | poster)
Developing a mathematical model of biodegradable metallic scaffolds for bone tissue engineering applications, presented at the 7th Belgian Symposium on Tissue Engineering, Hasselt, Belgium, 2019 (abstract | poster)
Computational optimization and biodegradation of 3D-printed patient-specific acetabular implants, presented at the 27th Conference of the European Orthopaedic Research Society (EORS), Maastricht, the Netherlands, 2019 (abstract | presentation | video)
High-performance simulation of biodegradation behavior of magnesium-based biomaterials, presented at the Colloquium of Fluid and Solid Mechanics for Tissue Engineering, Oxford, UK, 2019 (abstract | presentation | video)
Numerical simulation of biodegradation and corrosion of magnesium-based orthopedics implants, presented at the the 2nd International Conference on Simulation for Additive Manufacturing, Pavia, Italy, 2019 (abstract | presentation | video)
Mathematical modeling of biodegradation of metal implants in orthopedics, presented at the 11th Symposium on Biodegradable Metals, Alicante, Spain, 2019 (abstract | poster | presentation | video)


Your brain is the most complex part of your body, it performs a
large number of amazing calculations every second, taking in
information from the outside world in the form of senses and
allowing you to quickly respond to various situations.
We have 5 main senses
Smell
Your nose does a lot more than keep your glasses in place!
It allows you to smell and to taste the food you eat.
The nose is the beginning of your respiratory system –
the system that allows you breathe.
It also contains tiny hairs that help to keep you healthy
by trapping dust and microbes.
There are at least 10 million receptors in your nose!!
Between them, these receptors can recognise about 10,000
different types of smells – some of them good and some of
them very bad!
Hear
The sounds you hear every day are collected by your ears.
Your ears transport these sounds to your brain so it can
figure out what each sound is. Hearing helps you to learn
and to communicate with everyone around you.
Your ears also have another really important job –
they stop you from falling over!
Taste
Your mouth is made up of the teeth and
tongue and it does a lot more than just help you chew;
it helps you to speak or sing, allows you to smile or
frown and produces saliva that helps to prevent infection.

Touch
Your skin is an amazing organ and is very important in
keeping you healthy. It is very tough and holds all your
inside bits, inside! Your skin makes sweat that helps to protect
you and oils to keep you healthy. Sweat also helps to regulate your
body temperature. You touch lots and lots of different
things every day and your skin can figure out what most of them are!
See
Your eyes are some of the hardest working parts of your body!
They work from the very beginning of your day, right to the very
end when you go to sleep.
Your brain then figures out what you are looking at.
There are lots of different parts to your eyes.
Each one of them is really important in your everyday life.
You use at least one of your five senses every moment of every
day and they are on duty even when you are asleep! Your senses
work together to let your brain know what is going on around you.
They help to keep you safe by warning you of any danger.