Frontiers

Multi-objective optimization of full depth reclamation with Portland cement using NSGA-II for sustainable pavement rehabilitation

Full-depth reclamation with Portland cement (FDR-PC) is a promising technology in modern pavement engineering due to its capability of achieving deep-level treatment of pavement base layer distresses.
Frontiers

Robust multi-objective optimization framework for performance-based seismic design of steel frame with energy dissipation system

1 Guangzhou Institute of Building Science Group Co., Ltd., Guangzhou, Guangdong, China 2 Glenn Department of Civil Engineering, Clemson University, Clemson, SC, United States Modern seismic codes ...
IEEE

Multi-Party Multi-Objective Optimization for Discrete Problems: A Case Study on Multi-Stakeholder Recommendation

Abstract: Multi-party multi-objective optimization, which aims to find a solution set that satisfies multiple decision makers (DMs) as much as possible, has attracted the attention of researchers ...
IEEE

Multi-Objective Optimization Framework in the Modeling of Belief Rule-Based Systems with Interpretability-Accuracy Trade-Off

Abstract: The belief rule-based (BRB) system has been popular in complexity system modeling due to its good interpretability. However, the current mainstream optimization methods of the BRB systems ...
EDN

Robust controller design using multi-objective optimization

Power supply designers are well aware of the tradeoffs encountered in the design process, and the accompanying challenges. One of the toughest tasks in designing a controller is to meet stringent ...
GitHub

An exploration of integrating neural networks into a multi-objective optimization problem.

This project builds upon a prior problem utilizing the NSGA-II multi-objective optimization algorithm in order to optimize cost and coverage in a simulated region with four generations of cell towers.