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HARDWARE-IN-LOOP SIMULATION OF ELECTRIC VEHICLES AUTOMATED MECHANICAL TRANSMISSION SYSTEM

机译:电动车辆的硬件环路仿真自动机械传动系统

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摘要

Using automated mechanical transmission (AMT) in hybrid electric vehicle can effectively enhance the vehicle performance. Using the modeling and simulation technology in research and development of AMT control strategies, which is comprehensive use of MATLAB/SIMULINK modeling and simulation capabilities, RTW automatic code generation technology, PXI-rich interface, Lab VIEW RT real-time environment and the Lab VIEW virtual instrument technology, with PXI system as a real-time simulation platform, can achieve the seamless connectivity between software simulation and real-time simulation of hardware. All of this provides a new kind of controller development and testing environment, which can significantly improve the efficiency and the quality of development.
机译:在混合动力电动车中使用自动机械传输(AMT)可以有效地提高车辆性能。 利用建模和仿真技术在AMT控制策略的研发中,是全面使用MATLAB / SIMULINK建模和仿真能力,RTW自动代码生成技术,富有的接口,实验室View Re实时环境和实验室视图 虚拟仪器技术,用PXI系统作为实时仿真平台,可以实现软件仿真与硬件实时仿真之间的无缝连接。 所有这些都提供了一种新型的控制器开发和测试环境,可以显着提高发展的效率和质量。

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