Exploring Autonomous Cyber-Physical Systems with a focus on Vehicle-to-X Communication in CS 599 course at USC Viterbi School of Engineering. Topics include V2V and V2I communication, wireless technologies, Co-operative Adaptive Cruise Control, V2X applications, and more.

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This document introduces a V2I CamCom Link design for Vehicular Assistant Technology (VAT). The proposed transparent signage-based CamCom solution is used for drive-thru ordering services, applicable to various applications like ITS, ADAS, IoT, LEDIT, and digital signage with connected information s

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The IPWAVE Working Group at IETF focuses on IP wireless access in vehicular environments, working on V2V and V2I use cases. They are currently emphasizing IPv6 over 802.11-OCB networks, with advancements towards higher bandwidth OCB implementations. The group's main work item involves running an IP

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IPWAVE Working Group of IETF focuses on IP Wireless Access in Vehicular Environments, addressing V2V and V2I use cases. Key items include IPv6 over 802.11-OCB and Problem Statement and Use Cases perspectives. The group collaborates with ISO, SAE, ETSI, and IEEE. Major achievements include RFC 8691 p

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Protecting vulnerable road users through reliable vehicle-to-pedestrian communications is crucial to reducing accidents. This study emphasizes the need for accurate V2P channel models to enhance communication systems, highlighting the importance of V2P path loss models and comparing V2X channels. Mo

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