例如，如果采用迭代和递增式的方法进行开发，那么就需要高度支持回归测试的测试工具。
For example, if you're taking an iterative and incremental approach to development, you need testing tools that strongly support regression testing.
通过这种使用迭代的方法来管理项目风险的概念是成功使用迭代式增量开发技术的基础。
The concept of using the iterations in this way to manage project risk is fundamental to the successful adoption of iterative and incremental techniques.
软件开发项目团队所采用的迭代式增量开发解决方案深深的改变了用户代表与项目开发团队之间的交互方法。
The adoption of an iterative and incremental approach by a software development project team profoundly affects the way the customer representative interacts with the project development team.
请记住，需要对项目活动进行迭代；传统的瀑布式系统开发方法的风险经常要高得多，特别对于大型的复杂项目更是如此。
Keep in mind that the project activities need to be iterative; the traditional waterfall approach to system development is prone to much higher risk, especially for large and complex projects.
下面的图片使用瀑布式方法、螺旋型方法或迭代过程中的任何一种方法来描述当前开发环境。
The following graph demonstrates the current development environment, using any of the Waterfall, Spiral or Iterative processes.
后来，美国国防部意识到瀑布方法是行不通的，并最终于1994年发布了取代DOD-STD - 2167的标准MIL - STD - 498，支持迭代式开发。
Eventually, the DOD realized that the Waterfall method was not working and in 1994 replaced DOD-STD-2167 with MIL-STD-498, which supports iterative development.
后来，美国国防部意识到瀑布方法是行不通的，并最终于1994年发布了取代DOD-STD - 2167的标准MIL - STD - 498，支持迭代式开发。
Eventually, the DOD realized that the Waterfall method was not working and in 1994 replaced DOD-STD-2167 with MIL-STD-498, which supports iterative development.
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