Multiclass aggregation rates freed from class-count penalty
New theoretical results show that averaging class probabilities, not score functions, keeps multiclass aggregation optimal as the number of classes grows.
Preprints and papers, rewritten in plain English.
New theoretical results show that averaging class probabilities, not score functions, keeps multiclass aggregation optimal as the number of classes grows.
A new multilingual brain decoding study suggests that different languages map onto a common cortical semantic structure.
A new preprint shows that fine-tuning compact language models could make physics-sensitive VASP INCAR generation more reliable without relying on large proprietary cloud models.
A new arXiv paper proposes using expert-written rubrics as dense reward signals to train LLM agents in domains where outcomes can't be automatically verified.
A proposed diagnostic framework aims to shift evaluation of AI debate from argumentative quality to underlying value structures.
A new machine learning method borrows predator-prey dynamics to speed up the delayed learning phenomenon known as grokking.
The paper introduces a tool to detect logical races that Rust's memory safety guarantees do not prevent.
A new arXiv paper examines how software systems change after incidents to inform reliability improvements.
An industrial case study explores using AI to turn historical defect data into actionable prevention strategies.
A new arXiv paper applies reinforcement ideas to linear genetic programming to address the technique's known shortcomings.
A new arXiv paper highlights how selection bias can distort MIA-based estimates of differential privacy guarantees.
A new arXiv paper proposes combining evolutionary multi-objective search with semi-supervised learning to classify smart-city data when labeled examples are scarce.
A new arXiv paper proposes a method for generating tests that expose subtle bugs in LLM-written code by learning from valuable failures.
A new modular, non-invasive framework aims to automate analysis of retrieval-augmented generation configurations.
A new toolchain proposes to cover the entire development lifecycle for embedded real-time systems, a gap that persists despite decades of model-based methods.
A new arXiv paper proposes combining rule reuse with agentic repair to rebuild old software that depends on drifting external resources.
A new arXiv paper argues that fixing the harness during coding-agent training misses interaction problems that emerge as the policy learns.
A new preprint proposes a retrieval-augmented agent that treats PLC code as part of an engineering workflow, not just a code generation task.