Simulation-based requirements testing

D. Myers, N. Vincent, K. O'Loughlin, D. Marks, C. Snyder, K. P. White, R. Fairbrother, W. Terry
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引用次数: 3

Abstract

Lockheed Martin Distribution Technologies (LMDT) develops mail-sorting systems for the United States Postal Service. LMDT's development process is extensive and typically several prototypes are implemented before the best solution is found. This process can be both time consuming and costly to the company. Our Capstone team developed a program to help alleviate some design inefficiencies. Specifically we automated the requirements tracking between a simulation program and the company's contracts (Statements of Work, or SOW). In the past at LMDT, simulations have been used after the final system was designed to show the customer the functionality of the ultimate product. Our goal was to increase the usefulness of simulations by utilizing them before physical prototyping. Our product consists of three separate parts. First, a simulation must be built. Next, system requirements must be extracted from the SOW. Finally, an interface must be designed that will automatically check how the simulation results compare to the actual requirements.
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基于仿真的需求测试
洛克希德·马丁分销技术公司(LMDT)为美国邮政服务开发邮件分拣系统。LMDT的开发过程非常广泛,在找到最佳解决方案之前通常要实现几个原型。这个过程对公司来说既耗时又昂贵。我们的Capstone团队开发了一个程序来帮助减轻一些设计效率低下的问题。具体来说,我们自动化了模拟程序和公司合同(工作声明,或SOW)之间的需求跟踪。过去,在LMDT,模拟是在最终系统设计完成后使用的,以便向客户展示最终产品的功能。我们的目标是通过在物理原型制作之前利用它们来增加模拟的有用性。我们的产品由三个独立的部分组成。首先,必须建立一个模拟。接下来,必须从SOW中提取系统需求。最后,必须设计一个接口,它将自动检查模拟结果与实际需求的比较。
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