1) checking calculation of component
构件检算
3) component retrieval
构件检索
1.
Implementation and research of component retrieval algorithm based on XML and tree relaxation matching;
基于XML的树匹配构件检索算法的研究与实现
2.
Implement of component retrieval method based on genetic algorithm with facet-weight;
基于遗传算法的刻面权重构件检索方法的实现
3.
The Research of Component Retrieval Algorithm Based on Tree Matching and Genetic Algorithm;
基于树匹配和遗传算法的构件检索算法研究
4) component retrieve
构件检索
1.
This paper studies the existing technology of software component retrieve and presents a semantic -based approach to software component retrieve based on faceted classification.
通过对传统的软构件检索技术的研究,在刻面分类检索方法的基础上,提出了一种基于语义的软构件检索方法,这种方法利用领域模型和领域本体对构件检索进行语义上的扩展。
5) component operation
构件运算
1.
This paper introduces component operations to descript software architecture,analyzes the component relativity and component complexity,and synthesizes various factors by using the optimal performance method to adopt the relations of components and design the optimal performance of software architecture.
该文引入构件运算的方法描述体系结构,分析调用运算、协作运算和条件运算的相关性和构件的复杂度,综合体系结构的多方面因素,采取局部性能指标方案对体系结构的性能进行分析评估,利用最佳性能方法调整构件关系和体系结构性能指标,设计出最优性能的软件体系结构。
6) component checking calculation
构件计算
1.
Developing FEM-based bridge components calculation system can organically integrate the process of bridge design ,structure analysis and component checking calculation.
在已有的有限元软件平台上开发集成桥梁设计系统、构件计算系统,可以把桥梁设计过程、计算分析过程、规范校核过程有机整合起来,提高桥梁设计CAE水平,缩短设计周期。
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