Computers – Amity Source http://amitysource.com/ Sat, 25 Sep 2021 23:57:20 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://amitysource.com/wp-content/uploads/2021/07/icon.png Computers – Amity Source http://amitysource.com/ 32 32 Handing over computers to high school students https://amitysource.com/handing-over-computers-to-high-school-students/ Sat, 25 Sep 2021 23:57:20 +0000 https://amitysource.com/handing-over-computers-to-high-school-students/ The Occitanie District rewarded its 60,000 high school students in second and first year with its brand new computer program, in red with its briefcase. At the Germaine Tillion high school in Castelnaudary, the cast was happily and humorously distributed by distributors Hakim and Maxime, Friday, September 17, in the rich amphitheater of “exactly 478 […]]]>

The Occitanie District rewarded its 60,000 high school students in second and first year with its brand new computer program, in red with its briefcase. At the Germaine Tillion high school in Castelnaudary, the cast was happily and humorously distributed by distributors Hakim and Maxime, Friday, September 17, in the rich amphitheater of “exactly 478 pieces”, according to Hakim. “It’s very good that they receive their computers at the start of the school year, and teachers can really support their teaching practices”, smiles Florence Jencks, director since 2017. It is a key tool of the Pedagogical Continuity Plan. At the request of the ministry, we have accelerated in terms of digital practices through the hybridization that we experienced last year and distance training.

The students received in a file in front of the gallery two copies of the agreement to be signed. They will be under a three-year contract with the obligation to keep their new gadget. A touch screen computer with an autonomy of 13 hours is prohibited on Le Bon Coin for three years. “It empowers them and that’s a huge asset. We see that there is no loss or theft and they are very proud of it. Then, it provides a level playing field. There are students who also use it in post-baccalaureate, if they take care of it they will use it for a long time. The operation represents 4,000 computers in 12 high schools in the Aude department and contributes to “the cheapest return to school in France,” recalls Claudie Faucon-Megan, regional councilor. “With free school transport from kindergarten to high school, textbooks, help with the purchase of a sports license, and cultural vouchers thanks to the Youth Card, the 60 million euros invested by the region are helping to ‘save 500 euros per family on average.


Frank McCarthy

“Certified gamer. Problem solver. Internet enthusiast. Twitter scholar. Extremely humble alcohol geek. TV guru.”



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IT Technology Policy Could Violate Students’ Right to Free Speech, Judge Rules Rules | Local News https://amitysource.com/it-technology-policy-could-violate-students-right-to-free-speech-judge-rules-rules-local-news/ Fri, 24 Sep 2021 22:29:00 +0000 https://amitysource.com/it-technology-policy-could-violate-students-right-to-free-speech-judge-rules-rules-local-news/ Instead, the students only said they wanted to engage in a “solid intellectual debate” with their peers about their conservative beliefs, but feared being accused of discriminatory harassment. “There is a gap between the subjective fears of students and the language of politics, which limits its reach in several ways,” Urbanski wrote. Information activities policy […]]]>

Instead, the students only said they wanted to engage in a “solid intellectual debate” with their peers about their conservative beliefs, but feared being accused of discriminatory harassment.

“There is a gap between the subjective fears of students and the language of politics, which limits its reach in several ways,” Urbanski wrote.

Information activities policy

The latest rule of student conduct challenged by Speech First places a number of restrictions on the ability to advertise events, collect signatures on petitions, and distribute informational materials.

Tech considers campus security and other impacts that activity may have, and limits participation to organizations affiliated with the university.

Reservations are filled on a first come, first served basis, regardless of the content of the proposed activity, Tech argued.

Students A and C said they wanted to distribute literature on their conservative beliefs and collect signatures on petitions, but feared punishment because they are not sponsored by a group affiliated with a university.

While the students had standing to challenge the policy, Urbanski ruled, they did not demonstrate that they were likely to succeed on the merits of the lawsuit, which is another requirement for a preliminary injunction.


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Generational Equity advises Green Wave Computer Recycling on its sale to QGistix https://amitysource.com/generational-equity-advises-green-wave-computer-recycling-on-its-sale-to-qgistix/ Fri, 24 Sep 2021 12:15:00 +0000 https://amitysource.com/generational-equity-advises-green-wave-computer-recycling-on-its-sale-to-qgistix/ DALLAS – (COMMERCIAL THREAD) –Generational equity, a leading private company M&A advisor, is pleased to announce the sale of Green Wave Computer Recycling to QGistix, LLC. The acquisition was completed on August 20, 2021. The combined company will be renamed Green Wave Electronics, LLC. Green wave computer recycling (GWCR), located in Indianapolis, Indiana, helps organizations […]]]>

DALLAS – (COMMERCIAL THREAD) –Generational equity, a leading private company M&A advisor, is pleased to announce the sale of Green Wave Computer Recycling to QGistix, LLC. The acquisition was completed on August 20, 2021. The combined company will be renamed Green Wave Electronics, LLC.

Green wave computer recycling (GWCR), located in Indianapolis, Indiana, helps organizations properly recycle their electronic waste and destroy items containing data to ensure security. They offer complete and verifiable electronic waste recycling solutions for businesses, organizations, government agencies, solid waste management districts and the general public.

Located in Atlanta, Georgia, QGistix operates several business units focused on managing their customers’ electronic product inventory. These business units are responsible for managing RMA returns of defective parts, testing, repair and refurbishment, advanced replacements, distribution, inventory centralization and redistribution, and sales in overstock, open box and refurbished product line.

Michael Hiday, co-founder of Green Wave Computer Recycling, said, “There are multiple synergies from this transaction, but more importantly, this acquisition will allow us to effectively expand our Midwestern e-waste collection footprint for now. serving school districts, businesses and solid waste districts in the South East. We are very excited about the shared vision of our companies and look forward to adapting best practices from each team. ”

Mark Sherman, CEO of QGistix, said: “Since their inception, QGistix and Green Wave Computer Recycling have been dedicated to a zero waste business model and have focused on 100% reuse or recycling of electronics. This was the motivation behind the decision. to name the combined company Green Wave Electronics and remove the QGistix brand name. ”

With a workforce of over 250 employees, operating in 300,000 square feet of facilities, Green Wave Electronics can now continue to expand its capabilities and geographic footprint, to provide comprehensive electronics lifecycle management.

Generational Equity Executive Managing Director M&A – Central Region, Michel goss and his team, led by the Vice President, Mergers and Acquisitions, Jon LePage, successfully closed the transaction. Chairman and CEO Eric Colton established the initial relationship with GWCR.

“The merger of Green Wave Computer Recycling and QGistix is ​​a perfect marriage. The marriage of these two great companies brings both scale and geographic reach from its strategic locations in Indianapolis and Atlanta, ”said LePage.

About generational equity

Generational equity, Generational capital markets (FINRA / SIPC member), Generational wealth advisers, Generational Consulting Group, and DealForce are part of Generational group, which is headquartered in Dallas and is one of North America’s leading M&A consulting firms.

With more than 250 professionals located across North America, the companies help business owners unleash their business wealth by providing growth advisory, merger, acquisition and wealth management services. Their six-step approach includes strategic and tactical growth advice, exit planning training, business valuation, value improvement strategies, M&A transactional services and wealth management.

The M&A Advisor named the company Investment Banking Company of the Year for 2017 and 2018 and Valuation Company of the Year in 2020. For more information, visit https://www.genequityco.com/ or the Generational equity press room.


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Former Californian computer scientist arrested in dark web case https://amitysource.com/former-californian-computer-scientist-arrested-in-dark-web-case/ Thu, 23 Sep 2021 20:23:37 +0000 https://amitysource.com/former-californian-computer-scientist-arrested-in-dark-web-case/ Sacramento man convicted in 2018 of illegal use of California Department of Technology Computers while working there was arrested and charged in a new case of conspiracy to drug trafficking, money laundering and trafficking in counterfeit goods. Jonathan Patrick Turrentine, 39, was jailed at the Sacramento County Main Jail on Wednesday. Court documents indicate that […]]]>

Sacramento man convicted in 2018 of illegal use of California Department of Technology Computers while working there was arrested and charged in a new case of conspiracy to drug trafficking, money laundering and trafficking in counterfeit goods.

Jonathan Patrick Turrentine, 39, was jailed at the Sacramento County Main Jail on Wednesday.

Court documents indicate that Turrentine used the nickname Caliplugmike on the dark web Empire Marketplace to offer “various amounts of LSD, cocaine, Xanax pills, Adderall pills, psilocybin mushroom, ecstasy and herbal products. of marijuana in various forms including edibles, vape pens / cartridges, and marijuana buds in gram, ounce and pound amounts for sale.

“He also offered compromised emails and passwords for sale,” the court documents say. “During this investigation, undercover agents purchased various contraband items from Caliplugmike.”

An affidavit filed by Internal Revenue Service Criminal Investigation Special Agent Christopher Fitzpatrick claims Turrentine was arrested in 2004 for possession of marijuana for sale and convicted while working for the state for conspiring with a colleague “to exploit digital currency. Monero“, Which presents itself as a” secure, private, untraceable “cryptocurrency.

“In March 2018, Turrentine did not challenge illegal access to a computer network to obtain money, property or data wrongly, and was sentenced to three years probation and 30 days in prison,” indicates the affidavit.

State Department of Technology officials did not immediately respond to a request for comment on Thursday. The Transparent California online database shows that he was last employed there as a system software specialist in 2016, earning $ 119,978 in salary and benefits.

Turrentine was scheduled to appear in court for the first time on Thursday afternoon and is being held without bail.

Investigators began examining Turrentine in November 2018, when a suspicious package addressed to it arrived at the Royal Oaks post office and a drug sniffer dog detected narcotics, court documents show.

Officers went to a house where Turrentine was renting a room and he told them he was not waiting for the package, according to court documents.

“Turrentine gave the officers consent to open the package and inspect the contents,” the court documents say. “Upon opening the package, officers located several thousand white pills that appeared to be counterfeit Xanax tablets.

“Turrentine denied any knowledge of the pills and said he did not expect such delivery.”

Because he was on probation, investigators searched his room and found a bottle of 67 tablets “identical to the pills that were in the suspicious package”, along with prepaid shipping labels, vacuum bags and ‘other articles, according to court documents.

“During the probation search, investigators observed a computer with an active monitor on and observed communications that matched those of an individual operating a darknet vendor site to distribute illegal narcotics,” court documents say . “A quick computer search revealed that Turrentine controlled several dark web provider accounts and used the nicknames Mushmike1776, Calicartconnect, Calicarts, Bigboycarts, and Californiabudz.”

Investigators in Sacramento, San Diego and Orange County continued to track Turrentine using surveillance video from the post office and linking him to the Caliplugmike online account, according to court documents.

“As of April 4, 2020, Caliplugmike had 904 reviews on Empire Marketplace, with a customer service score of 97.13% positive market feedback,” the 50-page complaint states, adding that online sellers “refer to their reviews and ratings of other dark web markets as a way to gain customer trust.

Undercover agents using Bitcoin have made a number of online purchases of marijuana, ecstasy pills, generic Viagra, LSD and a list of 1.4 billion email addresses and passwords that ‘they bought for $ 1, according to court documents.

“Caliplugmike described the advertised article as follows: Compiled from over 100 violations into a simple text file that you can read,” the court documents say. “Most people have changed their email passwords, but most people use the same password on multiple sites.

“You can use the email address and password to access other sites like financial sites, social media, business sites, everything, etc. ; you can even search for your own email and see which password is linked to your email.

During the investigation, investigators learned that Orange County authorities were investigating “the death of an 18-year-old who they say committed suicide after taking counterfeit Xanax bought on the dark web “.

“After analyzing the victim’s darknet market accounts, investigators learned that the victim frequently ordered drugs from darknet markets,” the court documents say. “Investigators learned that the victim ordered a package from a seller with the nickname ‘Caliplugmike’ on the Empire Marketplace.

“The package had been sent from Sacramento.”

In April 2020, investigators discovered that Caliplugmike had “carried out an exit scam” of Empire’s dark website, according to court documents.

“Many customers have posted comments that Caliplugmike took their money and failed to deliver the products promised,” the court documents say. “Caliplugmike also changed its ‘About’ information to read only” GOODBYE, “indicating that it had in fact left the Empire Marketplace.”

Authorities traced Turrentine to other dark websites, court documents said, and continued their surveillance until his arrest on Wednesday.

Sam Stanton has worked for The Bee since 1991 and has covered a variety of topics including politics, criminal justice and breaking news.


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Major advancement in computing solves complex math problem 1 million times faster https://amitysource.com/major-advancement-in-computing-solves-complex-math-problem-1-million-times-faster/ Thu, 23 Sep 2021 02:24:42 +0000 https://amitysource.com/major-advancement-in-computing-solves-complex-math-problem-1-million-times-faster/ Reservoir calculation is already one of the most advanced and powerful types of artificial intelligence scientists have – and now a new study is showing how to make it up to a million times faster on certain tasks. This is an exciting development when it comes to tackling the most complex IT challenges, from predicting […]]]>

Reservoir calculation is already one of the most advanced and powerful types of artificial intelligence scientists have – and now a new study is showing how to make it up to a million times faster on certain tasks.

This is an exciting development when it comes to tackling the most complex IT challenges, from predicting how the weather will turn out to modeling the fluid flow through a particular space.

It is for these problems that this type of resource-intensive computing was developed; now, the latest innovations will make it even more useful. The team behind this new study is calling it the next generation of reservoir computation.

“We can perform very complex information processing tasks in a fraction of the time using much less computing resources compared to what reservoir computing can currently do.” says physicist Daniel Gauthier, Ohio State University.

“And the tank calculation was already a significant improvement over what was previously possible.”

Reservoir computing is based on the idea of neural networks – machine learning systems based on the functioning of living brains – which are trained to spot patterns in a large amount of data. Show a neural network a thousand images of a dog, for example, and it should be precise enough to recognize a dog the next time it appears.

The details of the additional power provided by the tank calculation are quite technical. Essentially, the process sends information into a “reservoir”, where the data points are linked in different ways. The information is then sent out of the reservoir, analyzed and fed back into the learning process.

This makes the whole process faster in some ways and more adaptable to learning sequences. But it also relies heavily on random processing, which means what’s going on inside the reservoir is not clear. To use an engineering term, it’s a “black box” – it usually works, but no one is quite sure how or why.

With the new research just published, tank computers can be made more efficient by removing randomization. Mathematical analysis was used to determine which parts of a tank computer are really critical to its operation, and which are not. Getting rid of those redundant bits speeds up processing time.

One of the end results is that a period of “warming up” is necessary: ​​this is where the neural network is fed training data to prepare it for the task it is supposed to perform. The research team has made significant improvements here.

“For our new generation tank calculation, there is almost no warm-up time required”, said Gauthier.

“Right now, scientists have to put in 1,000 or 10,000 or more data points to warm it up. And that’s all the data that’s lost, that isn’t needed for the actual work. We just have to put one in. or two or three data points. “

A particularly difficult forecasting task was completed in less than a second on a standard desktop computer using the new system. With current tank computing technology, the same task takes much longer, even on a supercomputer.

The new system turned out to be between 33 and 163 times faster depending on the data. When the task focus was shifted to prioritize accuracy, the updated model was a million times faster.

This is just the beginning of this type of super-efficient neural network, and the researchers behind it hope to confront it with more difficult tasks in the future.

“What’s exciting is that this next generation of reservoir computation takes what was already very good and makes it considerably more efficient” said Gauthier.

The research was published in Nature Communication.


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Riverside County Sheriff’s Estate auction to feature cars, antiques, computers, and more – press enterprise https://amitysource.com/riverside-county-sheriffs-estate-auction-to-feature-cars-antiques-computers-and-more-press-enterprise/ Wed, 22 Sep 2021 20:10:01 +0000 https://amitysource.com/riverside-county-sheriffs-estate-auction-to-feature-cars-antiques-computers-and-more-press-enterprise/ PERRIS – An auction of automobiles, appliances, electronics, jewelry and other items from estates under the management of the Riverside County Sheriff’s Department will take place next week. Hesperia-based Bid Fast & Last is coordinating with the Sheriff’s Public Administrator’s Office to deliver the engagement live on the internet, scheduled for 9:30 a.m. on October […]]]>

PERRIS – An auction of automobiles, appliances, electronics, jewelry and other items from estates under the management of the Riverside County Sheriff’s Department will take place next week.

Hesperia-based Bid Fast & Last is coordinating with the Sheriff’s Public Administrator’s Office to deliver the engagement live on the internet, scheduled for 9:30 a.m. on October 2.

Officials say interested bidders will be allowed to view the auction block items via in-person visits to the Sheriff’s Perris warehouse where they are stored. However, the preview will follow social distancing guidelines and entry into the facility will be limited to a few people at a time.

The preview is scheduled before the auction at 8 a.m. at the Warehouse, 800 S. Redlands Ave. Appointments must be made in advance by calling 844-824-3669.

Items to be won include sports sedans, SUVs, tractors, ATVs, motorcycles, DVDs, record collections, power tools, wood furniture, computer screens, gold and silver rings. diamond, premium pocket and wrist watches, gold and silver coins, a train sets, knives, hunting gear and Hot Wheels collectibles.

The auctions will be open at bidfastandlast.com, using the “Riverside Public Administrator Auction” page.

The Office of the Public Administrator assumes control over certain areas under the jurisdiction of the county when there are no heirs.


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Teachers, legislators and school administrators discuss greater implementation of computer science curriculum in schools https://amitysource.com/teachers-legislators-and-school-administrators-discuss-greater-implementation-of-computer-science-curriculum-in-schools/ Tue, 21 Sep 2021 23:40:00 +0000 https://amitysource.com/teachers-legislators-and-school-administrators-discuss-greater-implementation-of-computer-science-curriculum-in-schools/ BISMARCK, ND (KFYR) – There aren’t a lot of jobs that don’t rely on computers. Teaching how they work has become a priority for educators in North Dakota, and they joined tech experts on Tuesday to spread the word. At the North Dakota Cognia School Improvement Conference, teachers learned why implementing the Informatics in Education […]]]>

BISMARCK, ND (KFYR) – There aren’t a lot of jobs that don’t rely on computers.

Teaching how they work has become a priority for educators in North Dakota, and they joined tech experts on Tuesday to spread the word.

At the North Dakota Cognia School Improvement Conference, teachers learned why implementing the Informatics in Education curriculum is important for ND schools.

“When we talk about computer science as fundamental, our goal is not to create computer programmers or application developers, it is our goal to help our youngest learners understand how the Internet works and how it works. ‘computing,’ said Kirsten Baesler, superintendent of the state school.

Hadi Partovi, main presenter and CEO of Code.org, a nonprofit computer science organization, says more than 93% of families in North Dakota want computer science taught at all levels of school, but only 47% of public schools provide education in computer science.

“Teachers struggle every day in the classroom to try to explain to the student who asks: ‘why I am learning this’, ‘why am I memorizing this’, and it is more and more difficult to answer these questions. Whereas with computers, it is not difficult. Students never ask “why am I learning to build an app,” Partovi said.

Partovi says ND is uniquely positioned to add the topic to the agenda for several reasons, one being the state’s good broadband structure. But he says the main reason more and more schools aren’t teaching computer science is inertia.

“No one is saying that we shouldn’t be teaching our kids computer science. There’s no opposition saying it’s bad, but inertia means people want to do things the way we’ve always done them, and that’s so true in schools. That’s why schools are still teaching the curriculum from 200 years ago, ”Partovi said.

The state superintendent said more than 2,500 teachers have received computer science degrees in addition to their teaching license over the past two years and they hope this discussion will generate more interest.

The discussion brought together teachers, lawmakers, administrators and cyber experts.

Copyright 2021 KFYR. All rights reserved.


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Computer Graphics Pioneer Dr Norm Badler Joins Cesium to Lead Metaverse Research https://amitysource.com/computer-graphics-pioneer-dr-norm-badler-joins-cesium-to-lead-metaverse-research/ Tue, 21 Sep 2021 13:05:00 +0000 https://amitysource.com/computer-graphics-pioneer-dr-norm-badler-joins-cesium-to-lead-metaverse-research/ Professor Norm Badler will work to expand Cesium’s contributions to the Open Metaverse. Tweet this Professor Badler arrives in Cesium after 5 decades of teaching at University of Pennsylvania, where he was the Rachleff family professor in the Department of Computer and Information Science. “It is a unique honor to welcome the person who taught […]]]>

Professor Badler arrives in Cesium after 5 decades of teaching at University of Pennsylvania, where he was the Rachleff family professor in the Department of Computer and Information Science.

“It is a unique honor to welcome the person who taught me computer graphics, Norman Badler, Cesium “, said CEO of Cesium Patrick cozzi. “True to Cesium’s values, we are making this transition to metaverse research with pioneering collaboration and are interested in working with industrial and academic partners for the benefit of the community. ”

Building the open metaverse is an ongoing collaborative effort that spans many industries and fields of study. Working alongside metaverse giants like Epic Games and NVIDIA, Cesium’s platform enables the streaming of massive amounts of 3D data (a staple of the metaverse) and provides a bridge to bring the collected real-world 3D data to from sensors such as satellites and drones into digital worlds.

Working at the intersection of mathematics, geometry, AI, interactive systems, computer vision, and art, Professor Badler is widely recognized as the pioneer of computer graphics research at Penn. He was the founding director of the University’s Digital Visualization Center (the ViDi Center), the Computer Graphics Center and the Human Modeling and Simulation Center. He is also credited with creating the undergraduate program in Digital Media Design and (along with Prof. Stephen lane) Computer Graphics and Game Technology Masters program, both in Penn Engineering.

Professor Badler produced the Jack simulation software and interactive ergonomic human models in the mid-1990s, a solution that still exists today and is marketed by Siemens. In 2021, he was named to the Academy class of ACM SIGGRAPH, considered one of the highest accolades in the field of computer graphics.

About cesium
Cesium is the open 3D geospatial platform for the metaverse. We created 3D Tiles, the open standard for streaming massive 3D geospatial data. With offers like open source Cesium for Unreal plugin, we enable creators to create digitized worlds with real world data at scale.

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How fast are algorithms improving? | MIT News https://amitysource.com/how-fast-are-algorithms-improving-mit-news/ Mon, 20 Sep 2021 22:00:00 +0000 https://amitysource.com/how-fast-are-algorithms-improving-mit-news/ Algorithms are a lot like a parent for a computer. They tell the computer how to make sense of the information so that they, in turn, can do something useful with it. The more efficient the algorithm, the less work the computer has to do. Despite all the technological advancements in computer hardware and the […]]]>

Algorithms are a lot like a parent for a computer. They tell the computer how to make sense of the information so that they, in turn, can do something useful with it.

The more efficient the algorithm, the less work the computer has to do. Despite all the technological advancements in computer hardware and the controversial Moore’s Law lifespan, computer performance is only one side of the picture.

Behind the scenes, a second trend is emerging: algorithms are improved, so less computing power is needed. While algorithmic efficiency is less important, you’ll definitely notice if your trusted search engine suddenly becomes a tenth faster, or if moving through large datasets felt like you were wading through mud.

This has led scientists at MIT’s Laboratory for Computing and Artificial Intelligence (CSAIL) to wonder: How fast are algorithms improving?

The existing data on this issue was largely anecdotal, consisting of case studies of particular algorithms that were believed to be representative of the broader scope. Faced with this dearth of evidence, the team began analyzing data from 57 textbooks and over 1,110 research articles to trace the history of improved algorithms. Some of the research papers directly reported how good the new algorithms were, and others had to be reconstructed by the authors using “pseudocodes,” shortened versions of the algorithm that describe the basic details.

In total, the team looked at 113 “algorithm families,” collections of algorithms that solve the same problem that had been highlighted as the most important in computer textbooks. For each of the 113, the team reconstructed its history, tracking each time a new algorithm was proposed for the problem and particularly noting which ones were most effective. Going in performance and separated by decades, from the 1940s until now, the team has found an average of eight algorithms per family, a couple of which have improved its efficiency. To share this assembled knowledge database, the team also created Algorithm-Wiki.org.

Scientists noted how quickly these families improved, focusing on the most analyzed feature of algorithms – how quickly they could guarantee the problem was solved (in computer parlance: “worst-case time complexity” ). What emerged was huge variability, but also important information about how transformative algorithmic improvement has been for computing.

For big computational problems, 43% of algorithm families exhibited year-over-year improvements equal to or greater than the much vaunted gains of Moore’s Law. In 14% of the problems, the improvement of the performances thanks to the algorithms have surpassed those who came from improved hardware. The gains from improved algorithms have been particularly important for big data issues, so the importance of these advancements has increased in recent decades.

The biggest change the authors observed came when a family of algorithms went from exponential complexity to polynomial complexity. The amount of effort it takes to solve an exponential problem is like a person trying to guess a combination on a lock. If you only have one 10-digit number, it’s easy. With four dials like a bike lock, it’s hard enough for no one to steal your bike, but it’s still conceivable that you could try all the combinations. With 50, that’s almost impossible – it would take too many steps. Problems that are exponentially complex are like those of computers: as they get bigger, they quickly outgrow the computer’s ability to handle them. Finding a polynomial algorithm often fixes this, solving problems in a way that no hardware improvement can do.

As rumors of Moore’s Law coming to an end quickly permeate global conversations, researchers say IT users will increasingly need to look to areas like algorithms to improve performance. The team says the results confirm that historically the gains from algorithms have been huge, so the potential is there. But if the gains come from algorithms instead of hardware, they will be different. Hardware improvement from Moore’s Law occurs smoothly over time, and for algorithms, the gains are in stages which are usually large but infrequent.

“This is the first paper to show how quickly algorithms improve over a wide range of examples,” says Neil Thompson, MIT researcher at CSAIL and the Sloan School of Management and lead author on the new paper. “Through our analysis, we were able to tell how many more tasks could be performed using the same amount of computing power after improving an algorithm. As problems reach billions or billions of data points, algorithmic improvement becomes considerably more important than hardware improvement. In an age of growing concern about IT’s environmental footprint, it’s a way to improve businesses and other organizations without a hitch. “

Thompson wrote the article alongside visiting MIT student Yash Sherry. The article is published in the IEEE Proceedings. The work was funded by the Tides Foundation and the MIT Digital Economy Initiative.


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Neosys Technology’s Nuvo-7000 Series Embedded Computers Obtain UL Certification https://amitysource.com/neosys-technologys-nuvo-7000-series-embedded-computers-obtain-ul-certification/ Mon, 20 Sep 2021 13:53:01 +0000 https://amitysource.com/neosys-technologys-nuvo-7000-series-embedded-computers-obtain-ul-certification/ Taipei, Taiwan – September 14, 2021 – Neosys Technology, a leading supplier of rugged embedded systems, has announced that its fanless rugged embedded computer, the Nuvo-7000 series, has been certified by UL (certification number E511805 ). The Nuvo-7000 series is UL 62368-1 compliant and supports a wide operating temperature range of -25 to 70 degrees […]]]>

Taipei, Taiwan – September 14, 2021 – Neosys Technology, a leading supplier of rugged embedded systems, has announced that its fanless rugged embedded computer, the Nuvo-7000 series, has been certified by UL (certification number E511805 ). The Nuvo-7000 series is UL 62368-1 compliant and supports a wide operating temperature range of -25 to 70 degrees Celsius and 8V to 35V DC input, so users can deploy it safely in harsh environments.

With the rapid development of technology, Security Standards for Information Technology Equipment (ITE) are constantly being developed and updated. UL 62368-1 is a new standard for audio / video, information and communication technology equipment. The standard applies to a wide range of high-tech products, from computing and networking to telecommunications products.

The Nuvo-7000 series is a rugged, fanless on-board computer with rich I / O connections, flexible expansion and wide temperature operation. Powered by up to 8-core Intel 9th ​​/ 8th Generation Core i processor, the Nuvo-7000 series delivers excellent performance. It also has a patented Cassette module for additional expansion boards and a MezIO interface to expand functions such as DIO, RS-232/422/485, GbE, USB3 and ignition power control. . In addition, the Nuvo-7000 series is also CE / FCC certified for EMC and MIL-STD-810G for shock / vibration.

“This is a new step for Neosys. We are delighted that the Nuvo-7000 Fanless Series Embedded Computer has been certified by UL, one of the most authorized safety certification companies. We are now ready to cooperate with world class companies to create high quality embedded systems and systems, “said Dennis Chen, Product Manager at Neosys.

Neosys is committed to manufacturing high quality and safe products. The UL certified product, the Nuvo-7000 and Nuvo-6108GC series, also have multiple certifications and feature patented technologies to ensure safety and durability in a harsh environment.

Learn more about Neusys Nuvo-7000 Series Embedded Computer: https://www.neousys-tech.com/product/application/rugged-embedded/nuvo-7000-8th-gen-rugged-fanless-embedded -computer

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