Efficient Resource Management, Energy Harvesting and Power Consumption in IOT

Abstract

Internet of Things (IoT) devices are becoming more and more common in today's society, with applications found in a wide range of fields. These gadgets, which come with sensors and communication capabilities, collect and send enormous amounts of data from the real world to digital networks. The need for internet infrastructure has increased significantly due to the exponential expansion in data generation brought about by the proliferation of IoT devices. Energy harvesting in Internet of Things devices can maximize their application, positioning, and functionality, resulting in the ideal synergy. Additionally, because IoT devices do not have direct access to a power source, their power consumption is frequently supplied by a battery. This is frequently brought on by being situated in areas where it is just not feasible to reach the electrical grid. Thus, the research is concentrated on creating strategies to enhance the energy efficiency of Internet of Things devices, look into energy harvesting methods, optimize resource allocation and management, and discover ways to lower power consumption.