摩托车模拟器控制的研究与实现

Josef Svoboda, Přemysl Toman, Adam Orlický
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引用次数: 0

摘要

本文从骑乘者的角度对摩托车模拟器的控制进行了研究,重点研究了车辆的纵向和横向动力学。研究的主题是设计和测试由骑手控制的输入信号的合适组合,并将其集成到虚拟场景中。文中还介绍了仿真器与摩托车实物模型通信接口的设计与测试。此外,该工作还描述了适合摩托车的HMI元素及其与模拟器系统的集成选项。在文章的结论中,讨论了控制所开发的摩托车模拟器的各种变体和方法,包括验证所取得结果的可能性。
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Research and implementation of motorcycle simulator controls
The paper is focused on research in the field of motorcycle simulator controls from the rider’s point of view, with a focus on the longitudinal and lateral dynamics of vehicle. The subject of the research is the design and testing of a suitable composition of input signals controlled by the rider and their integration into the virtual scene. The design and testing of the communication interface between the HW simulator and the physical model of the motorcycle is mentioned in the paper as well. Furthermore, the work describes the suitable HMI elements of the motorcycle and their integration options into the simulator system. In conclusion of the article, various variants, and approaches for controlling the developed motorcycle simulator are discussed, including the possibilities of validating the achieved results.
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