Internet of Things: A Theoretical Approach

This course aims to help you to understand all theoretical aspects of the Internet of Things (IoT). It starts with outlining its historical roots, basics, benefits, the underlying technology, and key players in the IoT ecosystem. Principles govern IoT functionality and security, IoT communications technologies, applications, and considerations for effective IoT communication will be explained. The course will discuss IoT technologies, exploring the remarkable capabilities of sensors, actuators, and smart objects.

It unveils the building blocks that drive the Internet of Things, from the intricacies of sensor networks to the inner workings of IoT device architecture and the power of energy-efficient design. You will also understand data management in the Internet of Things (IoT) ecosystem and different IoT application domains. You will also be able to explore the essential hardware components, communication protocols, and platforms that make IoT thrive.

The symbiotic relationship between IoT and AI will be discussed, unlocking unprecedented possibilities for innovation and connectivity. You will learn about IoT standards, protocols, integration, development, design and architecture. Next, you will comprehend security and privacy considerations in IoT and the regulatory landscape that governs this dynamic realm. The final section will explain these fascinating IoT future trends and innovations.