模拟试验台

A. Bunting, A. Roberts
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引用次数: 0

摘要

在发动机管理验证和验证中使用硬件在环工具和测试自动化有助于加快汽车制造商的开发速度。系统集成和硬件软件集成可以执行到非常详细的级别,包括接口公差的影响,确保完成的设计交互是可预测的和健壮的。使用硬件在环验证和相关的模拟和模型自然会减少资源的使用,例如车辆、生产线末端测试设施以及支持开发所需的原型部件和车辆的数量。此外,硬件在环技术已被证明在开发过程之外也有应用,包括现场问题的快速解决,有助于限制潜在的客户不满。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The simulated testbed
The use of hardware-in-the-loop tools and test automation in engine-management verification and validation has helped speed up development for car makers. System integration and hardware-software integration can be performed to a very detailed level, including the effect of interface tolerances, ensuring the completed designs interactions are predictable and robust. The use of hardware-in-the-loop verification and the associated simulations and models naturally leads to a reduction in the use of resources such as vehicles, end-of-line test facilities and the number of prototype parts and vehicles required supporting development. Furthermore, hardware-in-the-loop techniques have been shown to have applications outside the development process, including the rapid resolution of field issues, helping to limit potential customer dissatisfaction.
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