From Autonomous Agents to Cognitive Symbionts: Toward AI-Augmented Human Intelligence Paper • 2611.05376 • Published 4 days ago • 87
SAE Interprets MoE: Sparse AutoEncoders Reveal That MoE Experts Exhibit Human-Interpretable Fine-Grained Specialization Paper • 2611.08089 • Published 3 days ago • 9
Decoupled Predictive Decision Making: A Shared Conditional Predictor for Agents Paper • 2611.02075 • Published 7 days ago • 81
Signed but Steerable: Measuring and Closing the Text-Vector Integrity Gap in Offline Retrieval-Augmented Generation Paper • 2611.06498 • Published 4 days ago • 4
SAE Interprets MoE: Sparse AutoEncoders Reveal That MoE Experts Exhibit Human-Interpretable Fine-Grained Specialization Paper • 2611.08089 • Published 3 days ago • 9 • 3
Why Pay for Long Reasoning When Rewrite Do Trick? Causal Effects of Reasoning History Compaction on Future Generation and Agent Cost Paper • 2611.03852 • Published 6 days ago • 13 • 5
Decoupled Predictive Decision Making: A Shared Conditional Predictor for Agents Paper • 2611.02075 • Published 7 days ago • 81 • 3
Signed but Steerable: Measuring and Closing the Text-Vector Integrity Gap in Offline Retrieval-Augmented Generation Paper • 2611.06498 • Published 4 days ago • 4 • 6
Muir: Linear Attention with Sensitivity-Allocated Gating and Matched-Filter Readout Paper • 2611.08376 • Published 3 days ago • 9
Why Pay for Long Reasoning When Rewrite Do Trick? Causal Effects of Reasoning History Compaction on Future Generation and Agent Cost Paper • 2611.03852 • Published 6 days ago • 13
Why Pay for Long Reasoning When Rewrite Do Trick? Causal Effects of Reasoning History Compaction on Future Generation and Agent Cost Paper • 2611.03852 • Published 6 days ago • 13 • 5
Muir: Linear Attention with Sensitivity-Allocated Gating and Matched-Filter Readout Paper • 2611.08376 • Published 3 days ago • 9 • 4
Signed but Steerable: Measuring and Closing the Text-Vector Integrity Gap in Offline Retrieval-Augmented Generation Paper • 2611.06498 • Published 4 days ago • 4 • 6
What Does Multi-Turn Reinforcement Learning Really Improve in LLM Agents? Paper • 2611.06483 • Published 4 days ago • 40 • 5
SwarmEvolve: Latent Agent Swarms for Evolutionary Discovery and Optimization Paper • 2611.08483 • Published 3 days ago • 9
SwarmEvolve: Latent Agent Swarms for Evolutionary Discovery and Optimization Paper • 2611.08483 • Published 3 days ago • 9 • 4
Hybrid Computer Use: A Unified Programmatic, Semantic, and Visual Interface for General Agents Paper • 2610.41432 • Published 9 days ago • 16