摘要
可穿戴性是可穿戴计算机的重要特性之一,有针对性地选择合适的可穿戴部位可以明显增强可穿戴计算机的可穿戴性能。影响其可穿戴性的主要因素包括可穿戴计算机的形状系数,人体可穿戴部位所能提供的承载面积和承载能力,以及人体上肢的操控难度。根据这些影响可穿戴性的主要因素,本文确定了8个人体典型穿戴部位的优先级。通过多目标模糊决策机制建立了可穿戴决策模型,并结合正在研制的一款可穿戴计算机系统设计了一套马夹式的可穿戴支撑子系统。试用结果表明可穿戴决策模型是正确和有效的。
Wearability is one of the wearable computer＇s important characteristics. Choosing the right wearable body-parts can enhance the wearability. There are some primary factors affect its wearability, including the form factor of the wearable computer, the load area and load capacity of body-parts, and the operation difficulty of human upper limb. There are eight typical wearable body- parts in our research. The paper determined the priority of these body-parts, respectively according these primary factors. Basing on multi-objective fuzzy decision-making mechanism, the wearable decision-making model was built. And guided us develop a waistcoat as to be wearable support subsystem, according a prototype of the wearable computer which is being designed and made in our research. The results of trying on wearable support subsystem indicated that the wearable decision-making model is correct and effective.
出处
《电子测量与仪器学报》
CSCD
2009年第11期11-18,共8页
Journal of Electronic Measurement and Instrumentation
基金
国家863计划(编号:2006AA01Z113)资助项目
国家自然科学基金(编号:60674077/F030208)资助项目
2007国家总装备部武器装备预研基金(编号:9140A16020207020240)资助项目
关键词
可穿戴计算机
可穿戴性
决策模型
the wearable computer
wearability
decision-making model
