文章摘要
徐静.多学科集成下的老年智能产品设计研究[J].包装工程,2022,43(18):144-151.
多学科集成下的老年智能产品设计研究
Process Optimization of Multidisciplinary Integration in Intelligent Product Design for the Elderly
  
DOI:10.19554/j.cnki.1001-3563.2022.18.018
中文关键词: 多学科集成  老年智能产品  需求复杂性  优化框架  多目标实现
英文关键词: multidisciplinary integration  intelligent products for the elderly  complexity of demand  optimization of framework  multi-objective realization
基金项目:河南省科技攻关计划项目(202102310361)
作者单位
徐静 郑州轻工业大学郑州 450002 
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中文摘要:
      目的 基于多学科集成理论,分析老年智能产品设计现状,在了解老年用户群体对产品需求的基础上,进行设计实践创新方法研究。方法 通过阐明多学科集成方法中系统化、框架化、协同化、优化算法等理论,针对使用者、设计者双方进行分析,寻找出产品设计过程中存在的问题,在服务设计原则和多学科集成的理论支持下,进而推导出设计思路和方法。 结论 提出老年智能产品设计的基础是用户的操作体验和特定需求,设计过程涉及多学科、多目标;以“多目标实现”“多学科综合系统模型”“新技术融合”等应用实例,解释了如何解决产品设计过程中,由于用户需求复杂所产生的计算复杂性和选择复杂性等问题,优化了设计框架,归纳了设计信息,提升了设计过程的合理性、高效性和准确性。
英文摘要:
      Based on multidisciplinary integration theory, this paper analyzes the current situation of intelligent product design for the elderly, and studies the process optimization ideas in design on the basis of understanding the product needs of the elderly users. By expounding the theories of systematization, framing, collaboration and optimization algorithm in multidisciplinary integration method, the platform users and designers are analyzed to find out the problems existing in the process of product design, and then the optimization ideas and methods are deduced with the support of service design principles and multidisciplinary integration theory. It is proposed that the design of intelligent products for the elderly is based on the users' operating experience and specific needs, and the design process involves multi-disciplinary and multi-objective. With the application examples of "multi-objective realization", "multi-disciplinary integrated system model" and "new technology integration", this paper explains how to solve the problems of calculation complexity and selection complexity caused by complex user requirements in the product design process, optimizes the design framework, sums up the design information, and improves the rationality, efficiency and accuracy of the design process.
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