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Extreme Programming in global software development

机译:全球软件开发中的极限编程

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Reliable communication is essential for the success of global collaborative software development efforts. Software development organizations and methodologies must be tailored to avoid communications issues which may result in misunderstood requirements or missed project milestones. Extreme Programming (XP) was adopted for the Lattice/sup /spl reg// Trading System reengineering project - a globally distributed software development effort. Customers in Boston worked with the offshore development in Hangzhou. Business knowledge and requirements were transferred iteratively throughout the project duration. Steps in the development process were executed at different sites at different times, depending on skill set match. An iterative development process reduced communication risk as development for one phase and communication for the next phase could be conducted in parallel. This approach allowed the team to avoid most of the communication delay and improved the quality of communication as well.
机译:可靠的通信对于全球协作软件开发工作的成功至关重要。必须对软件开发组织和方法进行定制,以避免可能导致误解要求或错过项目里程碑的通信问题。莱迪思/ sup / spl reg //交易系统再造项目采用了极限编程(XP),这是一项全球性的软件开发工作。波士顿的客户参与了杭州的离岸开发。在整个项目期间内,业务知识和需求都以迭代方式进行转移。开发过程中的步骤是在不同时间,不同地点根据技能设置匹配而执行的。迭代开发过程降低了通信风险,因为可以并行进行一个阶段的开发和下一阶段的通信。这种方法使团队可以避免大部分通信延迟,并提高了通信质量。

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