Abstract：The structured components semantics are presented based on the ontology-based approach. The vertical semantic relationships and horizontal semantic relationships among components are extracted in virtue of the domain specific knowledge and objective laws. Then the generic and specific features of components semantics are studied. The hierarchical characters of components semantics are therefore revealed. A top-down progressively in-depth semantic composability validation algorithm is proposed. Finally, a case study is introduced to demonstrate the proposed algorithm.
杨健, 董立勇, 马金梁, 王志涛, 王龙兴. 基于本体的仿真组件语义描述和可组合性检验方法[J]. 指挥与控制学报, 2019, 5(3): 228-235.
YANG Jian, DONG Li-Yong, MA Jin-Liang, WANG Zhi-Tao, WANG Long-Xing. A Hierarchical Ontology Based Simulation Components Semantic Description and Composability Validation Method. Journal of Command and Control, 2019, 5(3): 228-235.
2019, Vol. 5 
