Benchmarks Without Borders: Inside the Moduli Space of AI Psychometrics
A mechanism-first guide to why AI-agent evaluation should measure structured coverage across benchmark families, not worship individual benchmark scores.
A mechanism-first guide to why AI-agent evaluation should measure structured coverage across benchmark families, not worship individual benchmark scores.
A mechanism-first reading of why AI existential risk depends more on capability and objectives than on whether a machine has inner experience.
A mechanism-first reading of SimDiff, showing how a simpler diffusion model turns probabilistic sample diversity into stronger time-series point forecasts.
A careful look at why generic vision–language models fail on EEG sleep staging, and what task-specific visual alignment changes for clinical AI.
AutoEnv shows why agent learning needs diverse environment testing, adaptive learning methods, and fewer victory laps from single-demo performance.
A mechanism-first reading of how deterministic register automata can turn black-box sequence models into interpretable, robustness-checkable surrogates.
A mechanism-first reading of PRInTS, a reward-modeling approach that improves long-horizon information-seeking agents by scoring information gain and compressing trajectory history.
A mechanism-first reading of why LLM-based agents need explicit architectures, communication rules, incentives, norms, trust models, and institutional supervision before they can become reliable business systems.
A case-first reading of SRA-CP, a risk-aware cooperative perception framework that treats vehicle communication as a scarce safety resource rather than a permanent data buffet.
A mechanism-first look at how Bayesian networks, neural text classifiers, virtual evidence, and consistency nodes can turn messy clinical notes into auditable probabilistic patient features.