Self-Play Search Distillation for Large Language Model Reasoning
Improving reasoning abilities in Large Language Models (LLMs) requires high-quality data that exposes difficult decis...
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Improving reasoning abilities in Large Language Models (LLMs) requires high-quality data that exposes difficult decis...
Verified solutions are not equally useful for preparing reasoning models for reinforcement learning (RL). We present ...
Perspective taking is a fundamental component of spatial intelligence, requiring models interpret spatial relations f...
Large language models are increasingly evaluated in specialized domains such as law, medicine, software engineering, ...
On NVIDIA Blackwell B200, tensor-core throughput outpaces special-function exponential throughput by more than two or...
Continuous diffusion generates complete reasoning solutions through iterative refinement in latent space. We introduc...
Distillation attacks copy the reasoning capabilities of closed-source large language models, allowing bad actors to r...
Reliable deployment of graph neural networks requires calibration, out-of-distribution (OOD) detection, and robustnes...
Large language models (LLMs) excel at structured, verifiable tasks, but their low-entropy bias can produce homogeneou...
Reinforcement learning (RL) in simulation can train dexterous manipulation policies without robot demonstrations, but...
Tool-using agents can fail twice: a required tool can fail, and the agent can then report success without the evidenc...
People learn not only by repeating successful actions, but also by recounting and explaining their experiences, revis...