The Massachusetts Institute of Technology's Computer Science and Artificial Intelligence Laboratory (CSAIL) conducts research in all areas of computer science and AI, such as robotics, systems, theory, biology, machine learning, speech recognition, vision and graphics. Here you'll find videos showcasing the exciting research being done at CSAIL.
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A multi modelling system like a non repeating tiles i.e. Penrose tiles each tiles would be a different model chips like cpu,gpu,npu n so on but the interface would be done by all...and even if the interaction from outside is in waves u can put iwavei as coming from audio,video, or motor limbs, iiwaveii.so on ....I hope this makes sense if not then that means I am wrong or high.....like default mode would be taken from trained a I's what,why,when how......so the line from which the programme is not to deviate would be or could be 3rd or fifth dimensional in mathematical sense.....lol maybe...
"A mathematician who is not also something of a poet will never be a complete mathematician." ~ Karl Weierstrass Great talk. Waiting to see the day that quantum computers will go mainstream. Although the research on superconductivity at room temperature while promising, is still a long shot. So...I don't think that'll happen soon enough. Nonetheless research on quantum computing and analog processors are two of the most interesting areas in CS right now, IMO.
If I am not wrong scibblePrompt is an medical imaging segmentation annotation tool. In which the doctors will help the researchers to annotate the images easily under the supervision of expert doctors during the diagnosis of the disease.
The discovery of the Shor algorithm in 1994 was a pivotal moment in quantum computing, highlighting the potential for quantum computers to solve certain problems exponentially faster than classical computers. This has not only pushed forward the boundaries of computer science but has also driven significant interest and investment in quantum computing research and development. Shor's work continues to be a foundational piece in the ongoing evolution of quantum technologies. Prof shor was at fore front of genisis of quantum computing. The genius of Prof Shor.
I do not see how this video is relevant if you're not also mentioning low power solutions available with photonics. And I do not mean quantum photonics. I mean optical computing. It's very low power. Or is it still too soon to tell?
Is Moore's law the same for all companies? Why do AMD computers have more cores than Intel computers? Intel cores use less electricity than AMD cores. Yet, AMD computers have a cheaper upfront cost. Should Moore's law be measured by what's the most expensive in the long term or short term? I guess it depends on how much the computer is used. If someone doesn't use their computer very often and doesn't do anything graphically intensive, then it makes sense to buy the cheapest computer. If someone uses their computer a lot, then it makes sense to use the computer that's is the most energy efficient. Most people don't need more than one core. Intel makes a 12 watt core. That's the same amount of electricity used by a human brain. People who don't use photoshop or play high-end video games don't need multiple cores. It's sad what's sold in stores doesn't reflect what consumers actually want/need.
I find it a little, um odd, to listen to someone talking about mental health and depression, who is grinning nonstop. Plus, what reference point does she have to access the challenges of a depressed individual, chronic, episodic or otherwise. A little like non addicts counseling addiction issues.
This P1G, thinks I Haven't Learnt What a P1G is. You Lost Turkey and Iran Thousands of Years Ago. Now, your About To Lose Syria (Romania and Spain) and Jordan (Your Russia in Latvia) and Britton/Africa and France/Thailand. You're About to Be BANNGED off This Planet. This P1G, thinks I Haven't Learnt What a P1G is.
Are you studying immature whale vocalizations? Do they instinctively use the protocol, or do they have to be taught? Is there an equivalent of "baby talk"? If there is a training pattern; what do they teach and in what order?
The video felt more like the listening/speaking section of the TOEFL, with a scripted quality that didn't quite capture the authentic experience of a PhD student's life. It would be more impactful if it reflected real-life challenges and successes, rather than feeling like a movie scene. That's just my perspective. You all are incredibly intelligent, and we're truly proud of you. Keep up the great work!
