Introduction to security, privacy, and trust in intelligent transportation systems (ITS), security, privacy, trust requirements in intelligent transportation systems, and cryptographic approaches in ITS are discussed in this chapter. In addition, the chapter discusses biometric-based intelligent transportation systems, blockchain-based intelligent transportation systems, and peer-to-peer ride-sharing via blockchain-based intelligent transportation systems. Aside from that, the chapter discusses the automotive intelligent transportation system and the various services available in an intelligent transportation system. Traditional cryptography is ineffective in a communication environment with limited space or time. A deep reinforcement learning algorithm is used to improve the performance of each subsystem as well as the overall mix of cars and trucks. Some argue that the blockchain is a public database that no one owns. A distributed data storage system with point-to-point transmissions and consensus mechanisms. Blockchain blocks store time stamps and digital signs in addition to using encryption algorithms, smart contracts, and other computer tools. Data is stored in multiple locations, making it easier to share data. The data records’ digital signatures can also verify the data. Because hash points connect the blocks, hackers cannot alter the data. People don’t have to trust a central authority or anyone else to agree on what’s going on with the ledger. Using the blockchain, people can share data securely, dependable, and traceable manner. There are several ways to improve transportation using blockchain technology. The blockchain has the potential to transform the concept of car sharing. All information is kept in one place on the blockchain, making it easy to find and track.
Security, Privacy, and Trust Issues in Intelligent Transportation System
Disruptive Technologies & Digital Transformations for soc.5.0
2022-11-26
23 pages
Article/Chapter (Book)
Electronic Resource
English
Internet of vehicles (IoV) , Internet of things (IoT) , Connected and automated vehicles (CAVs) , Cognitive internet of vehicles (CIoV) , Connected vehicles (CV) Engineering , Communications Engineering, Networks , Automotive Engineering , Transportation Technology and Traffic Engineering , Computer Applications
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