Structured Data Collection Algorithm for Wearable Device in IoT and WSN
K. Neela, G Janani, S. Saranya, Sangar Subramaniam · 2022 6th International Conference on Intelligent Computing and Control Systems (ICICCS) · 2022
Connected devices will benefit from integrating Wireless Sensor Networks with the Internet of Things (IoT). WSN/IoT-based applications and their components, however, the short life expectancy of edge devices constituted a significant obstacle to various energy sources. One of the difficulties is keeping track of everything that uses the least amount of energy. Consider the following: Edge devices that are activated by the Global Positioning System (GPS), Devices that generate complicated data are classified as complex data generators. Its position information is represented by a significant number of bits. As a result, more energy is used. This is because transmitting a single bit via WSN/IoT requires more energy than just running a few microcontroller instructions. A wearable and mobile tracking device data collection technique that may be employed in the IoT and WSN systems will be discussed in this study. Simulations using a real-time dataset executing numerous microcontroller instructions were used to assess the suggested algorithm's performance.