Token Cap Placement Alters Test-Time Math Reasoning
New research measures how enforcing a token budget mid-derivation changes test-time mathematical reasoning outcomes.
Preprints and papers, rewritten in plain English.
New research measures how enforcing a token budget mid-derivation changes test-time mathematical reasoning outcomes.
A new randomized field experiment moves research on children's susceptibility to AI persuasion out of the lab and into real-world settings.
A new study highlights how large reasoning models can fall into repetitive verification and generation cycles, undermining their efficiency.
A proposed metric quantifies how faithfully LLM-generated summaries of employee feedback represent the original voices, addressing a hidden layer of bias.
A new benchmark, Talk2Agent, highlights the gap between written and spoken instructions for LLM-based computer-use agents.
A new arXiv paper describes a working RLCD implementation, contrasting with the usual supervised fine-tuning and temperature scaling approach.
A new method synthesizes parameterized reactive controllers as code, avoiding per-decision LLM calls and online planning to reduce latency in real-time control.
A new approach distinguishes web pages by what an agent does on them, not just how they look.
A new arXiv paper introduces GraphCert, a method that bootstraps agentic reasoning over knowledge graphs using certified evidence rubrics.
A proposed training method uses population-level curation to keep LLM-based algorithm-design agents from stalling during in-context evolution.
New research quantifies the worst-case shift in a classifier's calibration under covariate changes that keep the confidence distribution fixed.
A new arXiv preprint argues that diversity combining can overcome the plateau that limits self-consistency in multi-path LLM reasoning.
A new arXiv paper explores how swarms of coding agents can carry out multi-step research tasks with minimal human supervision.
A new arXiv preprint proposes a test-time guidance method that uses human interventions to correct flow-matching robot policies without retraining.
A new method applies online reinforcement learning to help vision-language-action models handle multi-step manipulation commands.
A new structure-to-style framework aims to synthesize missing MRI modalities from existing scans, potentially reducing additional scanning.
A new method enhances deformable 3D Gaussian splatting for monocular dynamic scenes by supervising displacement flow and separating motion components.
New research targets unsafe actions like kicking and stabbing in text-to-video diffusion models through concept unlearning.