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    • Important Dates

    Workshop Proposal

    July 15, 2022

    Paper Submission

    September 01, 2022
    September 20, 2022

    Author Notification

    November 09, 2022
    November 14, 2022

    Camera-Ready Submission

    October 31, 2022
    November 09, 2022

    Conference Date

    December 15-18, 2022

    Sponsored and supported by

    Call For Papers
    The advanced computing technologies, such as embedded computing, cloud computing, artificial intelligence, big data, and wireless communication, are increasingly used in autonomous and trusted vehicles. The realization of high-level autonomous and trusted vehicles requires the efforts in hardware, software, networks, platforms, and services. Today, autonomous and trusted vehicles need the breakthroughs in automotive electrical and electronic architecture, vehicular networks, automotive operating systems, automotive software tools, etc. Ensuring the safety and security of autonomous and trusted vehicles during the full life cycle is critical. The safety and security issues of autonomous and trusted vehicles are required in terms of architecture, model, methodologies, and platform. Autonomous and trusted vehicles aim at making the hardware/software/network system be available, predictable, controllable, assessable, sustainable, reliable, durable, and secure.

    The main conference of ATC 2022 will be held on 16th-18th December 2022 at Haikou, China, and will provide a high-profile, leading-edge forum for scientists, engineers and researchers to discuss and exchange novel ideas, results, experiences and work-in-process around the autonomous and trusted vehicles.
    ATC 2022 topics include but are not limited to the following:

    • Track 1: Autonomous and Trust Vehicles
    • Autonomous and Trusted Vehicle Safety: Real-time, Reliability, Robustness, etc.
    • Autonomous and Trusted Vehicle Security: Availability, Integrity, Confidentiality, etc.
    • Software Engineering for Autonomous and Trusted Vehicles
    • Autonomous Vehicle Electrical and Electronic Architecture
    • Embedded System Design for Autonomous and Trusted Vehicles
    • Operating Systems for Autonomous and Trusted Vehicles
    • Trust Specifications, Models, Management, and Standards for Autonomous and Trusted Vehicles
    • Trust, Security, and Privacy in Smart Systems for Autonomous and Trusted Vehicles

    • Track 2: Intelligent Vehicles
    • Artificial Intelligence for Autonomous and Trusted Vehicles
    • Big Data Analytics for Autonomous and Trusted Vehicles
    • Machine Learning for Autonomous and Trusted Vehicles
    • Human-Computer Interaction for Autonomous and Trusted Vehicles
    • Model Checking for Autonomous and Trusted Vehicles
    • Model-based System Design for Autonomous and Trusted Vehicles
    • Intelligent Cyber-Physical Systems and Cyber-Physical Social Systems
    • Machine Learning and Deep Learning

    • Track 3: Communications and Networking
    • Trusted Satellite-Vehicle Systems
    • Space-terrestrial Integrated Networks
    • 6G network
    • Satellite-Terrestrial Network Architectures
    • Satellite-Terrestrial Communication Protocols
    • Intelligent STINs for Vehicles
    • Software Defined Networking
    • Satellite-Vehicle Networks and Applications
    • Network Function Virtualization in STINs
    • Social Networking and Computing in 6G

    Organizers:
                 


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