Scalable diffusion models with transformers
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Introduces Diffusion Transformers (DiTs), a transformer-based architecture for diffusion models that scales effectively with model size and compute.
A comprehensive index of artificial intelligence and machine-learning research with AI-generated summaries, citation metrics, and direct links to papers and code.
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Introduces Diffusion Transformers (DiTs), a transformer-based architecture for diffusion models that scales effectively with model size and compute.
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This paper presents new efficient protocols for privacy-preserving machine learning for linear regression, logistic regression, and neural network training using stochastic gradient descent.
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This paper proposes a recursive self-critiquing framework for scalable oversight of superhuman AI, showing promising results in experiments.
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This paper proposes collaborative multi-agent debate for scalable oversight, improving error detection in LLM responses.
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Introduces a principled benchmark for empirically evaluating scalable oversight protocols, enabling competitive comparison of methods for supervising AI systems.
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Introduces a principled benchmark for empirically studying and competitively evaluating scalable oversight protocols.
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This paper formalizes scalable oversight in hierarchical reinforcement learning, studying how to scale human feedback to complex tasks.
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This paper outlines a research paradigm for scalable oversight of large language models, based on Cotra's sandwiching approach, to improve model reliability.
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This paper explores scalable oversight protocols, specifically evaluating whether weak LLMs can effectively judge strong LLMs, and expresses optimism about debate as a scalable oversight method.
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This paper investigates scaling laws for scalable oversight, where weaker AI systems monitor stronger ones, to understand how oversight effectiveness scales with model capabilities.
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This paper introduces a scalable pairwise meta-evaluator to diagnose bias and instability in LLM evaluation, providing a multifaceted view of evaluation dynamics.
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A scalable algorithm for fast model editing that leverages the low-rank structure of fine-tuning to edit very large pre-trained language models.