Energy-efficient and reliable packet routing approach for wireless sensor networks
Sunil Gupta, Mohammad Shahid, Basant Verma, Ashish Kumar Sharma, Durgesh M. Sharma · AIP conference proceedings · 2022
Sensor networks have the ability to powerfully combine distributed sensing, computing, and communication. Despite the fact that they are used in a wide range of applications, they pose a number of difficulties, owing to their distinctive characteristics and the severe energy constraints that sensing nodes often face, among other things. The power supply, the CPU, the communications hardware, and the sensors are the four tiers of node hardware that have distinct features (or other sensors).This research presents a novel wireless sensor network packet transmission approach with the primary goal of improving energy reliability and efficiency while keeping high performance and minimal computer complexity. This packet splitting approach employs the Chinese Remainder Theorem (CRT), which is characterized by a simple modular division between the number of integers in a packet splitting technique (s). The protocol features a streamlined architecture that aims to make communication as straightforward and efficient as feasible. Because this is what affects the system’s overall reliability, the solutions designed for these networks must be aimed toward equitable energy distribution as well as delay reduction.