AI and FPGA-Based IoT Architectures, Models, and Platforms for Smart City Application

Anything that has an IP address is IoT-enabled. In this chapter, the authors have surveyed nine different IoT-enabled designs from IoT-based water management cyber-physical system (IoT-WMCPS) to IoT-based random access memory (IoT-RAM). They have also surveyed a platform called Quickscript. The Quickscript platform is used to develop natural language based IoT system. The nine different IoT-enabled designs discussed in this chapter are IoT-enabled bicycle called Mo-Bike, IoT-enabled house, IoT-enabled water utility, IoT-enabled mining, IoT-enabled healthcare, IoT-enabled frame buffer, IoT-enabled RAM, IoT-enabled key generator, and IoT-enabled wi-fi encoder. In cyber physical systems for water supply, researchers are able to integrate IPv6 addresses into sensors, actuators, and controllers used in water supply systems. The IPv6 address is integrating into every object available in the city so that researchers may track any object when need occurs. We may locate freely available IoT-enabled bicycles if we need to go anywhere, and we may also trace bicycles in case of theft by criminals.