Continual Learning Exam: Benchmarking Long-Horizon RSI and Experiential Learning in LLM Agents
Opens the thread with a benchmark for continual learning from experience in LLM agents.
10 items · 4 sources · 8 days
Operational story trace
Follow in this browser to see new updates on your Live feed.
Latest change
A Nov 6 paper argues one run is not enough and proposes a Monte Carlo protocol for measuring LLM reliability on data science tasks, following new consumer-task (LifeVal) and multilingual tool-use (τ-bench-LILT) benchmarks.
Late-October arXiv papers framed long-horizon agent work as an evaluation problem, with benchmarks for continual learning and web search alongside new critic, memory and multi-agent methods. On Nov 1 a paper questioned whether long-horizon terminal benchmarks actually measure depth.
Arc
Opens the thread with a benchmark for continual learning from experience in LLM agents.
Adds a long-horizon web-search evaluation with failure-node localization.
Proposes active critic learning to address credit assignment under sparse outcome rewards.
Addresses long-horizon agent memory by governing outdated versus still-needed memories.
Proposes goal-aware dynamic multi-agent collaboration for long-horizon tasks.
Challenges the assumption that task length in turns reflects depth in terminal benchmarks.
Applies hierarchical multi-agent reinforcement learning to long-horizon web tasks.
Introduces LifeVal, a benchmark for personalized agentic consumer tasks.
Extends tool-use conversational agent evaluation beyond English.
Argues a single run is insufficient and proposes a Monte Carlo reliability protocol for data science tasks.
Opens the thread with a benchmark for continual learning from experience in LLM agents.
Adds a long-horizon web-search evaluation with failure-node localization.
Proposes active critic learning to address credit assignment under sparse outcome rewards.
Addresses long-horizon agent memory by governing outdated versus still-needed memories.
Proposes goal-aware dynamic multi-agent collaboration for long-horizon tasks.
Challenges the assumption that task length in turns reflects depth in terminal benchmarks.
Applies hierarchical multi-agent reinforcement learning to long-horizon web tasks.
Introduces LifeVal, a benchmark for personalized agentic consumer tasks.
Extends tool-use conversational agent evaluation beyond English.
Argues a single run is insufficient and proposes a Monte Carlo reliability protocol for data science tasks.
What to watch — open questions
Storylines are threaded mechanically from the feed: stories that share a distinctive anchor across multiple days and sources. Each item links to its original source. The evidence trace, current state, and open questions are written by the editor routine and refreshed whenever a new beat lands.