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AV-CPS: Audio Visual Cognitive Processing System for Critical Intervention in Autonomous Vehicles

机译:AV-CPS:视听认知处理系统,用于自动车辆的关键干预

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Autonomous Vehicles (AVs) are promising solutions for safe and comfortable driving. The evolution of AVs are driven by various technical and socio-economic factors. Autonomous navigation in AVs is the ability to plan and navigate towards a destination, while dealing with the path’s obstacles. Current research solutions rely on sensors and inter-vehicular communication to perceive the environment. But they are susceptible to threats ranging from physical damage to security issues. Hence, to improve the AV’s perception capabilities, this article proposes a multi-modal mechanism known as Audio-Visual Cognitive Processing System (AV-CPS), which combines speech and gesture inputs from users to enable spontaneous passenger control for AVs. The results demonstrate over 20% improvement in action prediction accuracy over uni-modal mechanisms and a relative reduction in response time from the simulation of the AV-CPS.
机译:自动车辆(AVS)是安全舒适的驾驶的有希望的解决方案。 AVS的演变是由各种技术和社会经济因素驱动的。 AVS的自主导航是能够计划和导航到目的地,同时处理路径的障碍。 目前的研究解决方案依赖于传感器和跨境通信来察觉环境。 但它们易于威胁从物理损害对安全问题的影响。 因此,为了提高AV的感知能力,本文提出了一种称为视听认知处理系统(AV-CPS)的多模态机制,其将来自用户的语音和手势输入相结合,为AVS启用自发乘客控制。 结果表明,通过单模机制的动作预测精度和来自AV-CPS的模拟的响应时间相对减少了20%以上的提高。

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