There are two established techniques for managing system and software complexity
目前，已经制定出两种技术来管理系统和软件的复杂性
Over the last four decades, software architectures have attempted to deal with increasing levels of software complexity.
在过去的40年里，软件体系结构试图处理日益增长的软件复杂性。
The increasing expectations and demands for greater functionality and capabilities from SOA and Web services often result in upsurged software complexity.
对于SOA与Web服务的更强大功能与性能的日益增长的期望与需求经常导致显著增长的软件复杂性。
Each shift was made in part to deal with greater levels of software complexity and to enable the assembly of applications through parts, components, or services.
而进行的每一次转变在某种程度上都是为了处理更高级别的软件复杂性，并且使得可以通过部件、组件或服务来装配应用程序。
Currently, software complexity metrics has become an important branch in software engineering field.
当前软件复杂性度量已经成为软件工程学的一个重要分支。
Software complexity measure describes the complexity to understand the dynamic behavior and the static property of a program.
软件复杂性度量是对程序静态特性和动态行为的理解难易程度的描述。
Software complexity measuring is a research area of software engineering concerning the cost of software development and maintenance and is closely related to software testing techniques.
软件复杂性度量是软件工程的一个研究领域，它关系到软件开发和维护的开销。另一方面，软件复杂性度量和软件测试技术关系密切。
Software complexity measuring is a research area of software engineering concerning the cost of software development and maintenance and is closely related to software testing techniques.
软件复杂性度量是软件工程的一个研究领域，它关系到软件开发和维护的开销。另一方面，软件复杂性度量和软件测试技术关系密切。
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