兵工自动化
兵工自動化
병공자동화
ORDNANCE INDUSTRY AUTOMATION
2014年
10期
52-55
,共4页
层次分析法%模糊综合评价%渡河方式%评估模型
層次分析法%模糊綜閤評價%渡河方式%評估模型
층차분석법%모호종합평개%도하방식%평고모형
analytic hierarchy process%fuzzy comprehensive evaluation%crossing river way%evaluation model
为避免传统单一算法在渡场评估中存在偏差问题,提出一种采用层次分析法和模糊综合评价相结合的渡河方式评估方法,通过分析算法、构建指标体系、确定评估模型和实例分析等步骤,实现了基于层次分析法和模糊综合评价的渡河方式评估。从实例分析看,体系合理,模型科学,结果符合客观实际,从而确保了渡场辅助决策的科学性。
為避免傳統單一算法在渡場評估中存在偏差問題,提齣一種採用層次分析法和模糊綜閤評價相結閤的渡河方式評估方法,通過分析算法、構建指標體繫、確定評估模型和實例分析等步驟,實現瞭基于層次分析法和模糊綜閤評價的渡河方式評估。從實例分析看,體繫閤理,模型科學,結果符閤客觀實際,從而確保瞭渡場輔助決策的科學性。
위피면전통단일산법재도장평고중존재편차문제,제출일충채용층차분석법화모호종합평개상결합적도하방식평고방법,통과분석산법、구건지표체계、학정평고모형화실례분석등보취,실현료기우층차분석법화모호종합평개적도하방식평고。종실례분석간,체계합리,모형과학,결과부합객관실제,종이학보료도장보조결책적과학성。
To avoid defects in evaluating crossing river when using the traditional and single calculation, a crossing river model evaluation based on the combination of the analytic hierarchy process and the fuzzy comprehensive evaluation method is introduced in this paper. By introducing the methods fundamental, building a hierarchical index system about crossing river model, designing evaluation process and creating evaluation model, a crossing river model evaluation based on the combination of the analytic hierarchy process and the fuzzy comprehensive evaluation method is realized. From the practical application segment, the system is reasonable, the model is scientific and the results are reliable. Therefore, the crossing river auxiliary decision is proved to be correct.