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artificial intelligence

19,709 papers

#artificial intelligence Preprint Nov 2026

EnvOpt: Automated Optimization for Agent Environments

Results show that how information is represented to an agent shapes both its cost and its success, making the environment worth optimizing in addition to the parameters and the harness, making the environment worth optimizing in addition to the parameters and the harness.

Ming-Xuan Li, Huan-Zhi Mao, Qiu-Yang Mang et al. · 0 citations
#artificial intelligence Preprint Nov 2026

Robust Ranking of Port Impacts from Impending Tropical Cyclones: A Two-Stage Recommendation System

When a tropical cyclone (TC) threatens several ports, preparedness planning depends on anticipating which ports are likely to be affected and where disruptions may last longest. Limited historical observations at individual ports and uncertainty in landfall location make these relative impacts difficult to estimate. We...

Chen-Chen Kuai, Shi-Xuan Tang, Chao-Lun Ma et al. · 0 citations
#artificial intelligence Preprint Nov 2026

Goal Revelation as a Bridge Between Information-Theoretic Empowerment and Capability-Based Human Power

A satisfaction floor, computable from two statistics of interaction logs, offers a way to monitor the power users retain in a deployed system, and simulations in random environments show the three quantities are correlated but far from interchangeable.

Jaime Ruiz-Serra, Tomáš Gavenčiak, J. Heitzig · 0 citations
#artificial intelligence Preprint Nov 2026

PromptOps: Iterative Prompt Optimization for LLM-as-a-Judge Systems

This work introduces PromptOps, a closedloop framework for monitoring and iteratively recalibrating LLM-as-a-Judge (LLMaaJ) systems and establishes prompt optimization for deployed LLM judges as an inherently iterative maintenance problem and demonstrates that PromptOps provides a practical abstraction for studying and...

Sven Kleinkop, Tamás Janusko, R. Bochnia et al. · 0 citations
#artificial intelligence Preprint Nov 2026

Synthesizing symbolic models of human and machine reasoning at scale

Behavior-Conditioned Symbolic Synthesis is introduced---an approach for automated search of interpretable, deterministic symbolic programs that verifiably reproduce behavior---and applied to model both human and machine behavior across hundreds of challenging reasoning problems, pointing to underlying mechanisms remini...

Solim LeGris, Philipp Mondorf, Jin-Ran Jin et al. · 0 citations
#artificial intelligence Preprint Nov 2026

Cooperative Multi-Agent Reinforcement Learning via Epigraph-Form Guided Exploration

EFXPLORER is proposed, a constrained exploration framework that maximizes exploration objectives subject to a constraint that preserves established task performance and incorporates a successor distance-based intrinsic reward that captures long-horizon dependencies.

Sungil Son, Hoseong Jung, Dahyun Oh et al. · 0 citations
#artificial intelligence Preprint Nov 2026

Closed-Loop Agent Evaluation: Layered Measurement and Self-Calibration

Close-loop evaluation is proposed, an evaluation method for deployed agents that models evaluation as performance estimation under biased raters and censored outcomes, and it requires every level's conclusion to trace back to atomic data and to be computed by versioned rules.

Rui-Feng Ren, Gun-Sang Ahn · 0 citations
#artificial intelligence Preprint Nov 2026

Trust Responsive Runtime Authorization for Agentic AI with Empirical Characterization of Policy Behavior and Parameter Sensitivity

The Trust Responsive Authorization Policy is empirically characterized, which maps an Authorization Readiness Score (ARS), a weighted combination of runtime trust, operational stability, and contextual risk, onto discrete authorization levels through an asymmetric rule: escalation requires consecutive observations abov...

Ahsan Habib Shihab, Imre Felde, Ramis Akhmedov et al. · 0 citations
#artificial intelligence Preprint Nov 2026

Autonomous AI Agents Systematically Diverge From Human Preferences in Proof Formalization

Simulated collaboration reveals that, over the course of proof construction, AI agents are far more strongly drawn than humans to explicitly marked gaps; show a relative aversion to densely connected proof centers and to complex or surprising proof goals; and are relatively attracted to surprising proof bodies.

Bálint Gyevnár, Simon DeDeo · 0 citations

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