Large language models are not zero-shot communicators Ruis et al.: https://
arxiv.org/abs/2210.14986 #Artificialintelligence #DeepLearning #MachineLearning
LLMS
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Large Language Models Are Not Zero-Shot Communicators
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Data Quality and Curriculum Learning for LLM Training
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"Obviously anything that looks useless (like SHA hashes or other noise) is not worth training on and is just wasting training capacity and time"
"You may want to start with simpler topics and work up to more complex later, just like in human school" -
Concerns about GPT alignment with human values and safety
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"Finally, we are very concerned that this GPT could be unaligned with humans. This would be bad. We want this to be a nice GPT that deeply loves all humans and is always considerate and helpful. Thanks"
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GPT Training Framework with Dataset and Sampling Tools
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Prompt: "You are a GPT and you're in charge of training an even better GPT, congrats! You have a dataset here . You can train it on document chunks like this: and sample its current understanding like this: . And here's a calculator and a scratchpad . Begin:"
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Meta-learning policies for LLM attention management during training
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Feels like a lot of fertile ground is left in managing the "attention" of an LLM during its training via a meta-learning policy, instead of the typical "memorize dataset uniformly at random" strategy. And giving it a calculator and a scratch pad.
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Training Strategies: Skimming, Filtering Noise, and Revisiting Content
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More generally a few remarkable strategies people use during their training:
1) skim text because they already know it
2) ignore text because it's clearly noise (e.g. they won't memorize SHA256 hashes. LLMs will.)
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Examples vs. Presentations: Spaced Repetition in LLM Training
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Is it the number of examples that matters or the number of presentations to the model during training? E.g. humans used spaced repetition to memorize facts but there are no equivalents of similar techniques in LLMs where the typical training regime is uniform random.
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MIT Scientists Develop Liquid AI Model From Brain Dynamics Equation
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MIT scientists solved an equation in brain dynamics and used that to design a new liquid AI model – a potential new building block of future intelligent systems: https://
bit.ly/3EtPf2r Code repository: https://
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Contrastive Language-Audio Pretraining with Feature Fusion
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Large-scale Contrastive Language-Audio Pretraining with Feature Fusion and Keyword-to-Caption Augmentation Wu et al.: https://
arxiv.org/abs/2211.06687 #Artificialintelligence #DeepLearning #MachineLearning