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cohesion and coupling
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    According to the abstract demonstration of class diagrams in UML based on directed weighted class dependence graphs as object-oriented system, combined the technology of information entropy, the measurement of the cohesion and coupling and independence of software component was presented.
    以一种有向带权类依赖图作为面向对象系统的UML类图的抽象表示,结合信息熵技术针对软件构件进行内聚耦合性及独立性度量。
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  cohesion and coupling
In the so-called structured design approach, qualitative scales, or spectra, for cohesion and coupling capture these notions a little more rigorously and provide a means of assessing the quality of a design.
      
Difficulties using cohesion and coupling as quality indicators
      
We consider the impact of increasing service granularity on cohesion and coupling of service operations, and discuss associated design trade-offs.
      
We decided to investigate the potential of cohesion metrics as changeability indicators by looking for relationships between cohesion and coupling.
      
The CK and MOOD metric suites are collections of code structure metrics, such as cohesion and coupling.
      
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The design and realization method of simulation system has greatly improved the module reusability and system expansibility.The orthogonal concern's separation has been the difficult problem in simulation component design.The challenge is how to achieve better development efficiency and module reusability. This paper studies in detail the principle of orthogonal concern's separation,then on the basis of these,the general methods for this problem are introduced.Two solutions based on Design Patterns and Generic...

The design and realization method of simulation system has greatly improved the module reusability and system expansibility.The orthogonal concern's separation has been the difficult problem in simulation component design.The challenge is how to achieve better development efficiency and module reusability. This paper studies in detail the principle of orthogonal concern's separation,then on the basis of these,the general methods for this problem are introduced.Two solutions based on Design Patterns and Generic Programming are presented explicitly.In the paper,it compares in detail the difference and relationship of the two solutions,which have different cohesion and coupling,and discusses how to build an understandable and easy-maintenance simulation system,which has generic and reusable components.It also introduces a new Aspect Oriented Programming technology,which has the ability of separating orthogonal concerns,and its future in simulation development.

基于组件的仿真系统设计和实现方法极大地提高了系统的可重用性和可扩展性。在仿真组件的构建中正交关注点分离成为系统设计的难点。首先提出了仿真组件正交关注点的概念,深入分析了正交关注点分离的原理,在此基础上,总结了在仿真组件程序设计过程中通常采用的方法,并基于设计模式和泛型编程给出了两种行之有效的方法。在其中详细对比两种方法侧重点的不同,以及聚合度、耦合度方面的考虑,为构造通用性好、组件可重用性好、易于理解、便于维护的基于组件的仿真系统提供了良好的解决方案。还介绍了正交关注点分离的新兴技术———AOP及其在仿真应用中的前景。

According to the abstract demonstration of class diagrams in UML based on directed weighted class dependence graphs as object-oriented system, combined the technology of information entropy, the measurement of the cohesion and coupling and independence of software component was presented. Experiment proved that it is an accurate way to measure the software component and it is also a good way to offer the reliable data to the design quality of software component.

以一种有向带权类依赖图作为面向对象系统的UML类图的抽象表示,结合信息熵技术针对软件构件进行内聚耦合性及独立性度量。通过实验表明,该方法是一种较准确的软件构件度量方法,为权衡构件的设计质量提供了可靠的数据。

 
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