Throughout the last 100 years, the primary function of vehicles has been to provide transportation, enhance mobility, and establish unprecedented levels of connectivity. However, as we transition into a new age of vehicle computing, the advancement in onboard computing and communication technologies promises to revolutionize the traditional functions of vehicles. The advent of connected vehicles (CVs), especially connected and autonomous vehicles (CAVs), stands as a critical breakthrough, reconceptualizing vehicles as dynamic computing entities. This paradigm shift not only amplifies the operational capabilities of vehicles beyond basic transportation but also assimilates them into an expansive network of interconnected devices and infrastructures. This chapter illustrates how devices, even those with minimal computational power, can utilize the advanced computing resources of nearby CVs to carry out complex operations. Through comprehensive scrutiny of the various aspects of vehicle computing, inclusive of case studies, essential technologies, prospective business models, a foundational computing framework, and upcoming challenges, this narrative investigates the integral role of teleoperation in this evolutionary process. Teleoperation, or the remote maneuvering and operation of vehicles, emerges at the intersection of connectivity and computing, heralding a shift toward vehicles that are increasingly intelligent, autonomous, and multifaceted.
Teleoperation in Vehicle Computing
Vehicle Computing ; Kapitel : 7 ; 181-209
2024-07-09
29 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
Vehicle Teleoperation Interfaces
British Library Online Contents | 2001
|NTRS | 1999
|SPIE | 2000
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