Tag Archives: supercomputer

Supercomputer predicts Boxing Day results as both Liverpool and Manchester United get ready for action – Sportskeeda

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A supercomputer has predicted contrasting results for Manchester United and Liverpool as they take the field on Boxing Day in the Premier League.

According to Caught Offside, a supercomputer has predicted Liverpool to secure an emphatic 4-0 victory over Burnley at Turf Moor. The same computer has predicted Manchester United to once again drop points and pick up a 2-2 draw against Aston Villa at Old Trafford.

Both sides desperately need a win heading into their respective Boxing Day fixtures. The Reds have drawn their last two home games against United and then against Arsenal on Saturday, December 23.

Erik ten Hag's side, however, are in an even worse run of form in the Premier League. The Red Devils are currently winless in their last three league games and have failed to score a goal in each of those outings. They come into the game on the back of a 2-0 loss to West Ham United at London Stadium.

The two aforementioned fixtures are not the only Boxing Day games the supercomputer predicted. The computer also predicted wins for Nottingham Forest, Fulham, and Luton Town against Newcastle United, Bournemouth, and Sheffield United, respectively.

According to the aforementioned source, the supercomputer has taken various factors into consideration while making these predictions. Things like a team's record in past Boxing Day games, current form, etc. were all contributing factors for the predictions made.

Liverpool and Manchester United have had contrasting fortunes in the 2023-24 season so far. The Reds are in the midst of a title race with the likes of Arsenal, Aston Villa, and Manchester City.

The team from Merseyside are currently second in the table, having accumulated 39 points from 18 games. They are just one point behind league leaders Arsenal.

United, on the other hand, are struggling to secure European football of any flavor. At the time of writing, they are eighth in the standings, having picked up 28 points from 18 matches. Erik ten Hag's side are eight points behind Tottenham Hotspur who currently occupy the final Champions League spot.

Manchester United did secure a 0-0 draw against Liverpool at Anfield earlier this month. Jurgen Klopp's side dominated the affair with 69 percent possession and 34 shots in the game to United's six but still failed to make use of their chances.

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Supercomputer predicts Boxing Day results as both Liverpool and Manchester United get ready for action - Sportskeeda

The Future of Neuroscience and AI: DeepSouth Supercomputer – Medriva

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Stepping into the Future with DeepSouth

The world is on the brink of a significant breakthrough with the development of DeepSouth, the first-ever supercomputer capable of simulating the entire human brain. This trailblazing project, under the leadership of Western Sydney University in Australia, is set to revolutionize neuroscience and artificial intelligence as we know it. With an operational launch date set for 2024, DeepSouth is poised to unlock a myriad of opportunities in medicine, technology, and beyond.

DeepSouth isnt just another supercomputer it is a powerhouse that matches the human brains estimated rate of operations. With the ability to perform 228 trillion synaptic operations per second, it is set to redefine what technology can achieve. Its not just about the staggering numbers; its about how DeepSouth uses this power. The supercomputer is designed to process colossal amounts of information with minimal power, emulating the efficiency of the human brain.

What sets DeepSouth apart is its neuromorphic system. Unlike traditional computer systems, the neuromorphic system is designed to operate like networks of neurons. This unique configuration allows the supercomputer to emulate large networks of spiking neurons efficiently, requiring less power and enabling greater efficiencies. This ingenious design is what makes the simulation of the entire human brain possible.

DeepSouth is expected to be a game-changer for neuroscience and AI. By simulating the human brain, it will provide unprecedented insights into how our brains process information so efficiently. These findings could lead to breakthroughs in understanding both healthy and diseased human brains, opening new avenues for medical research and treatment. The supercomputer will also be an invaluable resource for researchers looking to prototype new engineering solutions in the AI space.

While the implications for neuroscience are profound, the potential applications of DeepSouth dont stop there. The project could lead to advances in smart devices and sensors, further enhancing the technology that forms an integral part of our lives. With AI applications becoming increasingly prevalent, the insights derived from DeepSouths brain simulations could pave the way for more sophisticated AI systems, pushing the boundaries of what technology can achieve.

As we look forward to DeepSouths operational launch in 2024, its clear that were on the cusp of a new era in technology and neuroscience. This supercomputer isnt just simulating the human brain; its unlocking the potential to understand our brains better, develop more advanced AI, and create smarter technology. The future of neuroscience and AI is bright, and DeepSouth is leading the charge.

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The Future of Neuroscience and AI: DeepSouth Supercomputer - Medriva

Supercomputer Ramanujan Universe to enable engineering students to pursue qualitative research in AI and ML … – Education Times

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The Ramanujan Universe - a supercomputer was inaugurated at Jaypee Institute of Information Technology (JIIT) to help the Engineering students pursue cutting edge research in Artificial Intelligence (AI) and Machine Learning (ML). The supercomputing facility was inaugurated by Rajive Kumar, member secretary, AICTE on the National Mathematics Day.

This newly developed High Performance Supercomputing Center(HPC) facility has eight A 100Graphics Processing Unit(GPU) cards accelerated nodes, six compute nodes, more than 3500 GB RAM and 100 GB InfiniBand connectivity. The supercomputer has been developed with the help of technical expertise provided by Dell. The cost ofRs10crore has been incurred to develop this high computing facility.

Speaking to Education Times, on the sidelines of launch event, BR Mehta, vice-chancellor, JIIT, Noida, says, Introduction of the supercomputer will enable undergraduate, postgraduate and PhD students to solve complex mathematical problems, algorithms and more. Several students involved in AI and ML research can use the supercomputer. In addition to the regular curriculum, we would encourage the students to use the supercomputer for research in healthcare, data analysis, data Science and cyber security."

The needfor supercomputer was felt for long and itslaunchwill fulfil requirementof AI programmerstodevelop diversesoftware applicationscatering to differentindustries.This supercomputer cancalculatewithing fraction of secondsandenable processing of complex tasks and simulations at incredibly high speed.In the era of AI and ML, this facility will play a crucial role in advancing scientific research, technological innovation, and solving complex real- world problems in the areas of AI, Robotics, and many more by harnessing the power of high-speed computation and data processing.

Rajive Kumar, member secretary, AICTE, says, The supercomputing facility will be beneficial to all Engineering students as computing is the major component of their curricula. Besides the computer engineering students, students from mechanical stream can use this to create Computer Aided Design and Drafting technology (CADD) technology. Students can take the help of this supercomputer to complete their online internships and projects. This high-powered supercomputing facility will revolutionise the engineering education in the country. This is the second college which has introduced a facility of high-powered supercomputing after IIT Delhi in North India.

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Supercomputer Ramanujan Universe to enable engineering students to pursue qualitative research in AI and ML ... - Education Times