Distributed training across thousands of traditional accelerators suffers diminishing returns as more compute is added. Join Natalia Vassilieva at #SC22 as she presents the Cerebras Wafer-Scale Cluster, which achieves near-perfect linear scaling across additional cores
#AI #SC22
RESEARCH
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Cerebras Wafer-Scale Cluster Achieves Linear Scaling Performance
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Big Data Big Responsibility: Ethics in AI and Machine Learning
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as is often said – with great power comes great responsibility ! Big Data, Big Responsibility – DATAVERSITY https://
buff.ly/3NOvgiW
#bigdata #ai #ArtificialIntelligence #MachineLearning #deeplearning #data -
ReAct: Synergizing Reasoning and Acting in Language Models
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Learn how ReAct, a general paradigm for synergizing reasoning and acting in language models, presents more interpretable, diagnosable, and controllable task-solving trajectories while outperforming reasoning and acting only paradigms. Read the blog → https://
goo.gle/3TiNcDp -
ROME: Efficient Factual Editing in GPT Models
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MIT, Northeastern & Technion Propose ROME for Efficient Locating and Editing of Factual Associations in GPT Models
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Exploring Large Internet Archives with Embeddings
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Would you like to learn how to explore large internet archives with embeddings? Check out this co:lab friday session with our very own @JayAlammar
, sharing how he built a map of top 10,000 Hacker News posts of all time! https://
hubs.li/Q01rPlY10
#topicmodelling #embeddings -
Dr. Van Essendelft Presents Computational Physics Research on Cerebras CS-2
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Join Dr. Dirk Van Essendelft at #SC22 as he describes the tremendous Computational Physics research he’s done using the Cerebras CS-2 system. There will be two presentations at 10 am and 2 pm in Cerebras booth 2833. #HPC #Physics #SC22
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NVIDIA GPUs Power NASA Webb Telescope and AI Drug Discovery
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Our GPUs interpret data from the @NASAWebb Space Telescope so that all of humanity can see outer space as never before. And to help researchers explore the vast chemical space of drug discovery, we built the #AI-powered BioNeMo cloud service. https://t.co/sf8g0w4Mda #NVIDIAstory
— NVIDIA (@nvidia) 8 novembre 2022Our GPUs interpret data from the @NASAWebb Space Telescope so that all of humanity can see outer space as never before. And to help researchers explore the vast chemical space of drug discovery, we built the #AI-powered BioNeMo cloud service. https://
nvda.ws/3xTkalW #NVIDIAstory -
Inspiration from Ajeya Cotra’s Sandwiching Concept in Research
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This paper was heavily inspired by prior work, especially Ajeya Cotra's 'sandwiching' concept:
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Human Accuracy Improves 10 Percent Through Model Interaction
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Generally, we see that our participants start out with far worse accuracy on these tasks than our models do, and that by interacting with the models, they’re able do about 10 percentage points better.
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Human-AI Collaboration Improves Task Performance Through Simple Chat Strategy
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Our experiment shows that through a simple strategy – having humans chat with models while completing a task – we can help humans perform better at these tasks. This is very encouraging, albeit preliminary!