自然交互理论下电动两轮车人机界面设计研究  

RESEARCH ON HUMAN-COMPUTER INTERFACE DESIGN OF ELECTRIC TWO-WHEELED VEHICLES BASED ON NATURAL INTERACTION THEORY

作　　者：王港 曹鸣 WANG GANG;CAO MING

机构地区：[1]江南大学

出　　处：《设计》2024年第15期75-79,共5页Design

摘　　要：研究电动两轮出行方式的变迁,挖掘电动两轮车人机界面的需求变化以及人机界面的设计趋势与方向。基于自然交互理论,探讨电动两轮车当下面临的状况与未来发展趋势,从电动出行场景、用户出行需求、两轮车设计需求3个方向总结出相应设计策略。导出自然交互下电动两轮车人机界面设计策略。从不同视角提出电动两轮车的创新路径与设计构思,为相关产品研发设计提供更多参考与借鉴。To study the changes in electric two-wheeled travel modes,and to explore the changes in demand for human-machine interfaces of electric twowheeled vehicles as well as the design trends and directions of human-machine interfaces.Based on the natural interaction theory,the current situation and future development trends of electric two-wheeled vehicles were discussed,and corresponding design strategies were summarized from three directions:electric travel scenarios,user travel needs,and two-wheeled vehicle design needs.The human-machine interface design strategy for electric two-wheelers under natural interaction is derived.The innovative paths and design concepts of electric two-wheeled vehicles are proposed from different perspectives,providing more references for the development and design of related products.

关 键 词：自然交互 人机界面 电动两轮车 用户体验 人机工学 

分 类 号：TP391.9[自动化与计算机技术—计算机应用技术]