摘要
由智能纤维构造的可穿戴服装可以非侵犯式地监控人体姿态,本文为其后端三维造型提出了一种本体模型.模型设计借鉴了解剖基础模型FMA(Foundational Model of Anatomy)以及ISO/IECFCD19774:200x规范,由解剖分类、时空层次、形态变化3个子模型组成.重点论述了模型的设计原则、子模型关联及其高层抽象.
Wearable devices made from Smart Fiber can be employed to monitor human gesture continually without invasiveness. An ontology model for 3D modeling of the back end software of smart shirts is put forward. The design uses Foundational Model of Anatomy （FMA） and ISO/IEC FCD 19774： 200x as reference, comprising three sub-models. The design principles, associations, layouts and high level abstraction of Anatomy Taxonomy, Spatial-Temporal Hierarchy, and Morphological Transformation are focused and illustrated.
出处
《东华大学学报（自然科学版）》
CAS
CSCD
北大核心
2009年第6期686-690,共5页
Journal of Donghua University(Natural Science)
基金
国家自然科学基金可信数据库系统研究(90718027)
高等学校纺织生物医用材料学科创新引智计划资助(B070204)
