基于AHP-AD-FEC的直线型倾转翼植保无人机设计研究OA
RESEARCH ON OPTIMIZATION DESIGN OF LINEAR TILT-WING PLANT PROTECTION UAV BASED ON AHP-AD-FEC
基于用户需求,系统性地对直线型倾转翼植保无人机进行优化设计.提出集成AHP层次分析法、AD公理设计和FEC模糊综合评价法的理论模型,指导设计实践.通过观察和访谈获取用户需求,使用AHP进行需求权重分析;运用AD理论将需求转化为技术参数并开展设计实践;最后,应用FEC对设计方案进行综合评价.运用该理论模型能够从满足用户需求的角度对直线型倾转翼植保无人机进行系统性优化设计.评价结果表明该设计流程有效,能够为同类产品设计提供新思路.
To optimize the design of a linear tilt-rotor agricultural drone based on user needs.A theoretical model integrating AHP(Analytic Hierarchy Process),AD(Axiomatic Design),and FEC(Fuzzy Comprehensive Evaluation)was proposed to guide the design process.User needs were gathered through observation and interviews,followed by AHP for weight analysis.AD theory was then applied to translate these needs into technical parameters,leading to design implementation.Finally,FEC was used to comprehensively evaluate the design solutions.The model successfully produced a drone that meets user needs.The design process proved effective,offering new insights for similar product development.
李亚猛;董佳丽;李凤至
江苏大学艺术学院江苏大学艺术学院江苏大学艺术学院
植保无人机ADFECAHP需求转化参数映射
Plant protection UAVADFECAHPDemand transformationParameter mapping
《设计》 2024 (24)
114-118,5
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