Vehicle Computing
From Traditional Transportation to Computing on Wheels
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Chapter
Vehicular Communication and Networking Technologies
As vehicles evolve into sophisticated computing platforms, their ability to communicate effectively becomes critical for safety and efficiency. This chapter provides a comprehensive exploration of mainstream v...
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Chapter
Energy Management, Efficiency, and Delivery
This chapter delves into energy management and delivery in the vehicle computing era, specifically focusing on the sophisticated domain of electric vehicles (EVs). It discusses the criticality of real-time mon...
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Chapter
Teleoperation in Vehicle Computing
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 ag...
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Chapter
Mobile Computation in Connected Vehicles
In this chapter, we delve into the transformative role of connected vehicles as dynamic computation platforms, transcending their conventional transportation functions. With the advent of diverse computing har...
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Chapter
Sensing and Data Acquisition Techniques
The advent of connected vehicles (CVs) and the progression toward full autonomy have positioned modern automobiles as complex mobile sensing platforms. Relying on a sophisticated array of sensors—including cam...
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Chapter
Programming Interfaces for Vehicle Computing
In this chapter, we embark on a comprehensive exploration of Vehicle Programming Interfaces (VPIs) within the transformative sphere of vehicle computing. It scrutinizes the eclectic array of Automotive Softwar...
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Chapter
Testing for Vehicle Computing
This chapter serves as a pivotal testing reference for vehicle computing, providing thorough evaluation and testing approaches that are at the heart of connected and autonomous vehicle technologies. The chapte...
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Book
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Chapter
Introduction to Vehicle Computing
Over the past century, vehicles have predominantly served as a means of transportation. However, as vehicular computation and communication capacities continue to expand, connected vehicles (CVs) will not only...
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Article
EdgeWare: toward extensible and flexible middleware for connected vehicle services
The dramatic development of Edge Computing technologies is strongly stimulating the adoption of machine learning models on connected and autonomous vehicles (CAVs) so that they can provide a variety of intelli...
