Schema:通过智能体程序归纳发现未知环境
Schema: Discovering Unknown Environments via Agentic Program Induction
研究人员推出Schema框架,让AI智能体通过程序归纳理解未知环境,在多个基准测试中大幅提升性能。
Schema是一种智能体框架,将学习与行动通过交互式程序归纳组织起来。该框架在ARC-AGI-3 RHAE基准上将同一基础模型的性能从58.7%提升至99.2%,解决了100%的公开DiG-bench游戏,并在MazeBench上达到前50名人类玩家的中位水平。Schema包含持久程序工作区和一组接口,用于检查程序与交互历史记录、在程序内规划以及执行带逐步验证的计划。
Schema: Discovering Unknown Environments via Agentic Program Induction
Learning to complete tasks in unfamiliar environments with unknown rules remains a key challenge for LLM agents. Current LLM agents often record their discoveries in prose, which may not provide a compact, explicit account of how the environment works. Inspired by how scientists organize observations into testable, predictive theories, we introduce Schema, an agent harness that organizes learning and action through interactive program induction. The LLM agent decides what to investigate and how to act, expressing its evolving understanding of the environment as executable programs. The harness consists of a persistent program workspace and a small set of interfaces for checking these programs against the interaction history, planning within them, and executing plans under step-by-step verification. Schema raises ARC-AGI-3 RHAE from 58.7% to 99.2% with the same base model, solves 100% of the public DiG-bench games, and reaches the median performance of the top-50 human players on MazeBench. Extensive analysis shows the effectiveness of Schema in unknown mechanism discovery, and ablations confirm the contribution of each component.