Check out the latest issue of Unwind AI to learn about the AI race between Google and Microsoft followed by major AI advancements happened in last week. https://
unwindai.substack.com/p/taking-a-lea
p-forw-ai-rd
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RESEARCH
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Google vs Microsoft AI Race Latest Advancements Weekly
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Multi-Head Attention: How Output Projection Enables Information Sharing
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I haven’t gone back to the paper, but looking at this equation alone: When the heads are independent, W_o introduces correlations among them, allowing for information sharing and a denser representation.
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Inside the Heart of ChatGPT’s Darkness: LLM Risks Exposed
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Inside the Heart of #ChatGPT’s Darkness Nightmare on LLM Street https://
garymarcus.substack.com/p/inside-the-h
eart-of-chatgpts-darkness
… by @garymarcus #AI #MachineLearning #DeepLearning @FmFrancoise @Shi4Tech @gvalan @data_nerd #DataScience #BigData #Analytics @ahier @Damien_CABADI @anijov @JAdP @avrohomg @CatherineAdenle -
Multiple Alien-Level Threats Emerging Simultaneously
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Cool that there are so many alien-threatening things happening all at once!
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Deep Learning and Computational Physics Lecture Notes Shared
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(It's always nice to see people that condense a huge topic like DL into ~80 pages document and share it with the community) Deep Learning and Computational Physics – Lecture Notes: https://
arxiv.org/abs/2301.00942
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Deep Learning and Computational Physics Lecture Notes from USC
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Deep Learning and Computational Physics – Lecture Notes, University of South California Great & concise notes on various fundamental topics in deep learning. The notes got a nice structure. Starts from the very basics, gradually to some DL architectures. https://
arxiv.org/abs/2301.00942
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Genius Minds Hide Behind Ordinary Everyday Appearances
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it's discombobulating to look at lifestyle pictures of super geniuses. just goofing around on the beach with a ratty t-shirt looking very normal, and inside their head are the keys to nuclear fusion.
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Data Selection and Distribution Functions in Large Language Models
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The expectation is replaced by an average over tokens (a few trillion for the largest LMs) so F can be very general. If a human is selecting the y’s among other y’s to create a dataset, then the human is F, hopefully being sensible
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Dagger Imitation Learning: Human Feedback for Agent Training
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Imitation with Dagger: In counterfactual learning F is typically the identity. The agent acting with policy p(y|x) determines the x’s as in RL, but humans (or other agents) provide corrections in the form of y’s. The new data is used for retraining.
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Self-Training: Filtering Functions and Model Ranking Systems
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Self-training: F(x,y) is a filtering/ranking function, eg., what we call a reward/return. The input x may be chosen by humans, but the model generates the y’s and F ranks and selects for further rounds of self-training. F can be explicit or implicit (human in the loop as in RLHF)