Real-Time Communications and Power Management for Battery-Powered Connected Devices

The Internet of Things (IoT) is prompting significant advancements in the field of smart home technologies. As the demand for security monitoring increases, the need for robust real-time communication and effective power management, in devices that operate with limited power resources, has been the subject of considerable attention. In this thesis, we addressed these challenges by developing a smart peephole designed to provide real-time audio and video transmission, while seamlessly integrating with an existing enterprise smart home ecosystem. The research aims to identify an optimal, cost-effective platform, guarantee smooth and reliable audio-video transmission, and explore strategies for efficient power management. The provided solution successfully balances the need for responsive communication with the demands of battery efficiency, demonstrating how smart home devices can be integrated into a broader ecosystem without compromising performance or energy conservation.