首页> 外文会议>International workshop on software engineering for resilient systems >Reactive Middleware for Effective Requirement Change Management of Cloud-Based Global Software Development
【24h】

Reactive Middleware for Effective Requirement Change Management of Cloud-Based Global Software Development

机译:基于云的全球软件开发的有效需求变革管理的无功

获取原文

摘要

Requirement change management (RCM) for global software development (GSD), facilitated by the cloud platform, faces communication, coordination and control issues especially when there is no effective information and knowledge-sharing mechanisms. This paper describes a reasonably effective requirement change management approach for cloud-based GSD. Objective: In this regard, we contribute a Reactive Middleware which facilitates a set of guidelines defined to manage change and trace-ability. Methods: This Reactive Middleware provides services for user management, requirement management, change management, and traceabil-ity of cloud-based GSD projects. We present (1) a process model for change management and traceability (CM-T) for cloud-based GSD, and then (2) detail our management approach for system engineering processes as part of the presented GSD guidelines. Results: To ensure that the defined CM-T process model complies with the CMMI Level 2 (Baseline) Capability, the process model is validated using an expert panel review process where a total average, 85.58% of the experts support the maturity of the process model. Also, we demonstrate the continual tight linkage of stakeholders' requirements and system engineering processes towards change management and trace-ability, with an Airlock Control System case study.
机译:要求更改管理(RCM)用于全球软件开发(GSD),由云平台促进,面临沟通,协调和控制问题,特别是当没有有效的信息和知识共享机制时。本文介绍了基于云的GSD的合理有效的需求变化管理方法。目的:在这方面,我们贡献了一种反应中间件,促进了一系列定义的指导方针,以管理变化和追踪能力。方法:此反应中间件为基于云的GSD项目的用户管理,需求管理,变更管理和Traceabil-it提供服务提供服务。我们展示(1)用于更改管理和可追溯性(CM-T)的过程模型,用于基于云的GSD,然后(2)详细说明我们的系统工程流程的管理方法,作为所呈现的GSD指南的一部分。结果:为确保定义的CM-T过程模型符合CMMI级别2(基线)能力,使用专家面板审查流程验证了过程模型,其中总平均水平,85.58%的专家支持该过程的成熟度模型。此外,我们展示了利益相关者的要求和系统工程流程对变革管理和痕量能力的持续紧张,具有气锁控制系统案例研究。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号