Opportunities and Challenges of Cyber-Physical Transportation Systems

Abstract

An intelligent transportation system (ITS) is a powerful transportation and mobility system used in smart cities that takes advantage of the IoT technology to manage site visitors and mobility, improve delivery infrastructure and provide advanced interfaces for shipping services. The transportation system is based on network devices through sensors, actuators, and other integrated devices that store and transmit information about actual international activities. Developed international sites and smart cities We are already leveraging IoT and vast statistics to minimize transportation-related issues. Cars are growing rapidly among humans in every country. In smart cities, it is common for people to prefer to drive their cars. integrating key IoT era traits with commercial enterprise mobility, automation, and information analytics, it can reshape the transportation enterprise through greatly changing the way transportation systems accumulate facts and data. It refers back to the networking of bodily objects the use of sensors with actuators and different in-car gadgets. Select and send information about your area. Full-time activity and passenger experience in the network. IoT allows drivers to connect their smartphones to use a variety of applications, navigate the road, listen to satellite radio, 580and support roadsides. There is already a system connected that allows you to request, find empty parking spaces, and lock them remotely. Streaming Video Review IoT allows you to determine how good or bad public transport is, by establishing connections between different vehicles, between vehicles and transportation infrastructure. You can think about time. It costs money to reach your destination. In some overseas regions, it is a system that fetches data from CCTV images and broadcasts vehicle statistics to the city’s traffic control center for improvement and responds well to vehicle flow. Avoid the congestion of cars, busses, and idling vehicles on the road [1–5]. This chapter describes issues such as infrastructure issues such as road planning, zoning, and other related issues that may occur. To do. In this chapter, it occurs where traffic is regulated. Problems in forcing the transportation sector to use IoT devices. This chapter discusses the benefits of using IoT devices in road and traffic management, parking with the use of sensors. The bicycle, and pedestrian monitoring and safety, navigation public transport, and travel innovations in opportunities and challenges must be discussed using case studies, the applications used in the IoT-based transport model are discussed in detail to understand the trends of the future and the application of IoT in the transport sector.