Neural Scaling Laws and Science Without Theory
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This paper critically examines the relationship between neural scaling laws and the role of theory in machine learning science.
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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This paper critically examines the relationship between neural scaling laws and the role of theory in machine learning science.
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A study quantifying neural scaling laws for Robot Foundation Models to guide data and model scaling in robotics.
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The paper applies large-N field theory to derive neural scaling laws and proposes solvable models that go beyond the ridgeless limit.
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The paper argues that implicit bias in learning dynamics controls neural scaling laws during training, linking growth to scaling behavior from perceptrons to deep networks.
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Proposes a universal compression theory linking the lottery ticket hypothesis and neural scaling laws, showing how compression can significantly improve scaling laws.
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An empirical study showing how text quality interventions reshape neural scaling laws for LLMs, affecting performance projection and resource planning.
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The paper derives a solvable attention mechanism that enables precise characterization of neural scaling laws for linear self-attention.
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A statistical and approximation theory framework predicting neural scaling laws for transformers on intrinsically low-dimensional data, quantifying data and model scaling exponents.
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Investigates neural scaling laws for the ERM minimizer in the teacher-student setting beyond the random features regime, focusing on feature learning.
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RECAP post-training teaches large reasoning models to override flawed reasoning trajectories, improving alignment.
Giovanni Sartor
This paper examines the relationship between AI ethics and law, arguing that human rights and social values can serve as a common normative framework to coordinate their demands.
Michael Hoy, Alexey S. Matveev, Andrey V. Savkin
This survey reviews collision-free navigation techniques for unmanned vehicles in unknown cluttered environments, focusing on reactive local-sensory-data methods and recent model predictive and sliding mode control laws.