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飞机任务效能评估体系及评估方法研究

徐琳 卢琛 姜兵

航空科学技术2025,Vol.36Issue(7):77-86,10.
航空科学技术2025,Vol.36Issue(7):77-86,10.DOI:10.19452/j.issn1007-5453.2025.07.010

飞机任务效能评估体系及评估方法研究

Research on Aircraft Mission Effectiveness Evaluation System and Evaluation Methods

徐琳 1卢琛 1姜兵1

作者信息

  • 1. 中国航空研究院,北京 100012
  • 折叠

摘要

Abstract

Assessment of aircraft mission effectiveness,as a core proposition in the planning of equipment systems and the generation of combat effectiveness,has undergone continuous evolution and technological innovation in its theoretical paradigms and methodological systems.This progress is driven by the cross-generational development of aviation equipment,the evolution of multi-domain mission forms,and breakthroughs in modeling and simulation technologies.Focusing on the limitations in scenario coverage and model credibility that exist in current assessments of equipment mission effectiveness under real mission conditions,this paper adopts a diachronic perspective on the development of effectiveness assessment theory.Through a research approach that includes analyzing the connotations of mission effectiveness assessment concepts,dissecting the topological relationships of mission indicators,and examining data-driven evaluation methods,this study systematically elucidates the internal logic of iterative effectiveness assessment.It also analyzes its development trends and explores future research directions for aircraft effectiveness assessment.This study proposes a methodological system,including evaluation based on trial and training data from Live,Virtual,and Constructive(LVC)systems,to provide theoretical support for the systematic development of aviation equipment and the quantitative assessment of capabilities.

关键词

飞机任务效能评估/效能/飞机任务能力/评估方法/LVC

Key words

aircraft mission effectiveness evaluation/effectiveness/aircraft mission capability/evaluation methods/LVC

分类

军事科技

引用本文复制引用

徐琳,卢琛,姜兵..飞机任务效能评估体系及评估方法研究[J].航空科学技术,2025,36(7):77-86,10.

基金项目

航空科学基金(2022Z004004001)Aeronautical Science Foundation of China(2022Z004004001) (2022Z004004001)

航空科学技术

1007-5453

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