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A System Design ProcessTailored for Reverse Engineering

机译:逆向工程量身定制的系统设计过程

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This paper discusses a system design process using a reverse engineering. The ReversernEngineering approach, if possible is a cost-effective and easy approach to use in a system design.rnAll industries use this approach consciously or unconsciously to reduce the system developmentrnrisk. It can be a part of formal process, simple requirements reuse, or adoption of industry standard.rnThe reverse engineering approach can be considered as an effective system design method inrnimmature systems engineering environments. This paper proposes a system design process usingrnreverse engineering which can be tailored for large complex system development projects. Thernproposed process composed of two stages to product system specification generation. The reversernengineering stage is performed to define functional and physical architecture of legacy systemrnused as reference model when they are not available. The reengineering stage takes outputs of thernreverse engineering stage to define the rest of logical and physical solutions.
机译:本文讨论了使用逆向工程的系统设计过程。如果可能,ReversernEngineering方法是一种经济高效且易于使用的系统设计方法。所有行业有意识或无意识地使用此方法来降低系统开发的风险。它可以是正式过程,简单的需求重用或采用行业标准的一部分。逆向工程方法可以被视为在不成熟的系统工程环境中的有效系统设计方法。本文提出了一种使用逆向工程的系统设计过程,可以针对大型复杂的系统开发项目进行量身定制。提议的过程包括产品系统规范生成的两个阶段。执行反向工程阶段以定义遗留系统的功能和物理体系结构(当它们不可用时用作参考模型)。重新设计阶段采用反向工程阶段的输出来定义其余的逻辑和物理解决方案。

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