EvoOR-Agent Framework Co-evolves LLM Architectures for Automated Optimization Research
A new framework called EvoOR-Agent has been developed to improve the automation of operations research using large language models. It addresses the limitations of current LLMs that struggle with complex OR tasks, which usually rely on manually designed workflows. EvoOR-Agent represents workflows as activity-on-edge networks, making it easier to understand the structure, dependencies, and different reasoning paths. It includes a graph architecture and evolves reasoning agents through techniques like path-conditioned recombination, semantic mutations, and elite updates. There's also a knowledge-based module that integrates reusable OR strategies during both setup and variation. This research, identified as arXiv 2604.17708v1, focuses on automating tasks like problem interpretation and debugging.
Key facts
- EvoOR-Agent is a co-evolutionary framework for automated optimization
- The framework addresses limitations in LLM-based operations research automation
- Workflows are represented as activity-on-edge-style networks
- The system evolves reasoning individuals through graph-mediated recombination
- Multi-granularity semantic mutation and elitist population update are employed
- A knowledge-base-assisted module injects reusable OR practices
- The research was announced on arXiv with identifier 2604.17708v1
- The framework automates coordination among multiple OR task components
Entities
Institutions
- arXiv