ABSTRACT
Smart cities are composed of a massive amount of smart, intelligent devices that have sensing, computing, actuating, and communication capabilities. Focusing on optimization of the ways, the data is exchanged between the sensory devices and applications in Internet of things (IoT), and cyber-physical systems have led to the 5G/IoT integration as well. This chapter proposes a novel design for the mobile vehicular Cloud infrastructure that takes into account varying weather, road, and traffic conditions. It presents an adaptive framework for dynamic speed management in smart cities. The system makes use of the latest development in wireless communication and exploits the existing telecommunication infrastructures, which have been used in data streaming, sound, and video to maximize the system adaptability and reduce the price. The chapter provides an IP real-time subsystem-network based framework utilizing the Channel Quality Indicator Channel for demanding the bandwidth from the free wireless channel resources.
