ClueFlow: Learning Long-Horizon Search through Attributed Research-State Transitions
ClueFlow trains search agents on attributed research-state transitions.
8 items · 4 sources · 7 days
Operational story trace
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JHiMA-WebRL applies joint hierarchical multi-agent reinforcement learning to long-horizon web tasks, following a paper questioning whether long-horizon terminal benchmarks are actually deep.
Mid-October arXiv papers began framing long-horizon agent work around research-state tracking and continual-learning benchmarks. Late October added search evaluation with failure localization, critic-based credit assignment, and memory governance.
Arc
ClueFlow trains search agents on attributed research-state transitions.
Continual Learning Exam benchmarks experiential learning in LLM agents.
LongSearchEval localizes failure nodes in long-horizon web search trajectories.
FOCUS uses an active critic to address credit assignment under sparse rewards.
CALM governs memory lifecycle, separating outdated from historically needed memories.
Proposes goal-aware dynamic multi-agent collaboration for long-horizon tasks.
Questions whether turn count measures true depth in terminal benchmarks and synthesizes deeper tasks.
JHiMA-WebRL trains hierarchical multi-agent policies jointly for long-horizon web tasks.
ClueFlow trains search agents on attributed research-state transitions.
Continual Learning Exam benchmarks experiential learning in LLM agents.
LongSearchEval localizes failure nodes in long-horizon web search trajectories.
FOCUS uses an active critic to address credit assignment under sparse rewards.
CALM governs memory lifecycle, separating outdated from historically needed memories.
Proposes goal-aware dynamic multi-agent collaboration for long-horizon tasks.
Questions whether turn count measures true depth in terminal benchmarks and synthesizes deeper tasks.
JHiMA-WebRL trains hierarchical multi-agent policies jointly for long-horizon web tasks.
What to watch — open questions
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