From Toy Image Reconstruction to Cu–Mg CALPHAD Assessment
This repository provides the code implementation for our paper:
“An LLM-Agentic Workflow for Data-Driven Modeling: From Toy Image Reconstruction to Thermodynamic Modeling” preprint available at: https://www.researchsquare.com/article/rs-8574739/v2
We introduce Auto-DDM (data driven modeling), a novel hybrid optimization system that integrates large language model (LLM) agents into a multi-objective evolutionary algorithm. The method significantly improves the quality and efficiency of continuous optimization, particularly in data-scarce, high-dimensional domains.
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LLM-Embedded Optimization
GPT-driven agents participate directly in the optimization loop to intelligently modify parameters and control diversity. -
Outperforms Human Experts
Achieves superior results compared to expert-designed dataset weighting in a 22-objective CALPHAD task. -
Two Intelligent Agents
Repair Agent: Proposes edits or ε-threshold changes based on population statistics.Diversity Agent: Actively prevents early collapse by perturbing over-converged parameters.