基于AHP-SMA算法的舟桥系统保障能力评估优化

Evaluation and Optimization of Pontoon Bridge Equipment Support Capability Based on AHP-SMA Algorithm

摘要: 着眼提高舟桥系统保障能力，针对当前舟桥系统保障能力评估存在指标量化难、优化方法不精准、评估结果不科学等问题，提出采用基于层次分析法–黏菌算法的评估方法，采用层次分析法获取指标权重并确定评估结果，针对结果采用黏菌算法动态优化指标体系。通过实例验证，表明本文方法能够达到从静态评估到动态优化指标的效果，可为提高舟桥系统的保障能力提供决策方法，也为其他装备的评估与决策提供了一种新的思路和方法。

Abstract: Focusing on improving the equipment support capability of the pontoon bridge, aiming at the problems of difficult index quantification, inaccurate optimization method and unscientific evaluation results in the current evaluation of the equipment support capability of the pontoon bridge, an evaluation method based on the analytic hierarchy process-slime mould algorithm is proposed. The analytic hierarchy process is used to obtain the index weight and determine the evaluation results, and the slime mould algorithm is used to dynamically optimize the index system. Through the example verification, it shows that the method can achieve the effect from static evaluation to dynamic optimization index, which can provide a decision-making method for improving the support ability of the pontoon bridge equipment, and also provide a new idea and method for the evaluation and decision-making of other equipment.