Multi-agent collaboration that exchanges text every round is expensive 🔄 The fresh idea: scale the collaboration itself through latent-space recursion.
Title: Recursive Multi-Agent Systems
URL:
🔄 Overview
RecursiveMAS reframes multi-agent collaboration as recursive computation in a unified latent space, rather than sequential text exchange. It connects heterogeneous agents through a RecursiveLink module, enabling latent thought generation and cross-agent state transfer.
❓ Challenges Solved
Multi-agent systems (MAS) typically rely on text-based communication.
・Agents conversing in natural language consume huge token counts and cost a lot of compute
・The driving question: can agent collaboration itself be scaled through recursion?
💡 Methodology & Proposed Approach
・It frames the whole system as recursive latent-space computation
・The RecursiveLink module lightly connects heterogeneous agents with gradient-based credit assignment across recursion rounds
・Optimization uses inner-outer loop learning while maintaining theoretical stability
📊 Experimental Results
Across 9 benchmarks spanning math, science, medicine, search, and code generation, with 4 collaboration patterns tested.
・Average accuracy improved by 8.3%
・Inference sped up 1.2x-2.4x
・Token usage reduced by 34.6%-75.6%
It raises accuracy while substantially improving speed and cost at the same time.
#
MultiAgent# #
LLM#