使用ECU快速原型和外部物联网连接设备实现更快的基于模型的设计的系统和设置

Mudit Khandelwal, Satyajit Banerjee, Ankur Gupta
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引用次数: 0

摘要

基于模型的E/E系统设计方法为复杂系统和算法的开发和验证提供了一种有效、快速的方法。在设计阶段,即使在原型ECU可用之前,也必须能够测试算法及其鲁棒性。本文提出了一种快速成型系统和设备来模拟需要各种外部因素的算法,如道路状况、交通状况和加速度计数据等,并与服务器连接进行处理。作为更快验证生命周期的一个例子,该测试设置用于使用物联网(IoT)和服务器连接实时预测EV范围。这种设置有可能用于任何其他需要物联网连接的应用程序,以实现实时模拟或早期软件验证,从而加快算法开发和迭代过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A System & Setup for Faster Model-Based Design Using ECU Rapid Prototyping and an External IoT Connectivity Device
Model based approach for the design of E/E systems provides an effective and faster methodology in the development and validation of complex systems and algorithms. During the design phase, it is imperative to be able to test the algorithms and its robustness even before the proto ECU is available. In this paper, a rapid-prototyping system & device is presented to simulate the algorithms that require various external factors like road condition, traffic condition and accelerometer data etc. including a connectivity to server for processing. As an example of faster validation life-cycle, this test setup is used for EV range prediction in real time using Internet of things (IoT) and server connectivity. This setup has the potential to be utilized for any other application requiring IoT connectivity to achieve real time simulation or early software validation with faster algorithm development and iteration process.
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