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Embedded software product verification validation using Virtual Reality VIL

机译:使用虚拟现实VIL的嵌入式软件产品验证和确认

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The Traditional way of embedded software testing follows a "V" cycle approach. This has multiple phases. Left side of the "V" represents Model in Loop and Software in Loop phase. Whereas the right side of the "V "represents Hardware in Loop and Vehicle in Loop phases. Ideally all the phases has its own importance and value addition in the world of embedded software Testing. Model in Loop and Software in Loop represent the prototyping and virtual testing of the application. Whereas Hardware in Loop represent the physical world, real ECU Testing and Vehicle in Loop Testing represent final software testing on the vehicle. Goal: Goal is to reduce machine test time and finding defects early in V cycle by; Utilizing Virtual reality Lab for embedded software functional testing & performance testing. The Fig 1 showcases complete overview of the systems. This solution successfully integrates Virtual Reality world with the Hardware in loop systems world. Intention here is to have a Feed-forward and Feedback systems which is capable of interacting with Virtual model and physical signals.
机译:嵌入式软件测试的传统方法遵循“ V”循环方法。这有多个阶段。 “ V”的左侧代表“循环中的模型”和“循环中的软件”。而“ V”的右侧则表示“循环中的硬件”和“循环中的车辆”阶段。理想情况下,所有阶段在嵌入式软件测试领域都具有自己的重要性和附加值。循环模型和循环软件表示应用程序的原型和虚拟测试。回路中的硬件代表物理世界,而实际的ECU测试和车辆中的回路测试代表对车辆的最终软件测试。目标:目标是减少机器测试时间并在V周期的早期发现缺陷;利用虚拟现实实验室进行嵌入式软件功能测试和性能测试。图1展示了系统的完整概述。该解决方案成功地将虚拟现实世界与硬件在环系统世界集成在一起。这里的意图是具有能够与虚拟模型和物理信号进行交互的前馈和反馈系统。

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