Cambridge and University of Chicago Teams Open-Source DecentMem, Boosting Multi-Agent Accuracy 24% While Halving Token Consumption

According to Beating, researchers from Cambridge University and University of Chicago have open-sourced DecentMem, a multi-agent memory framework that replaces shared global memory with decentralized private memory. Traditional systems with shared memory cause agents to converge on similar decision paths after reading identical context, eliminating collaborative advantages. DecentMem maintains agent-specific dual-pool memory: an experience pool storing historical reflections and an exploration pool generating new candidate strategies. Testing on AutoGen, DyLAN, and AgentNet shows DecentMem achieves 8.6% average improvement over centralized baselines, with peak performance gains of 23.8%, while reducing token consumption by 50%. In the DyLAN framework, which emphasizes free negotiation, convergence speed improved 2.5x with 60% fewer iteration rounds.
Disclaimer: The information on this page may come from third-party sources and is for reference only. It does not represent the views or opinions of Gate and does not constitute any financial, investment, or legal advice. Virtual asset trading involves high risk. Please do not rely solely on the information on this page when making decisions. For details, see the Disclaimer.
Comment
0/400
No comments