Boosted Mutated Corona Virus Optimization Routing Protocol (Bmcvorp) for Reliable Data Transmission with Efficient Energy Utilization

Abstract

Abstract The device was invented to sense the variations in the deployed Environment, which takes different dimensions in its functionality. The basic operation does not change; it is the same surveillance, gathering and alert. Human intervention in all places is not possible and efficient monitoring in all circumstances cannot be done manually. Wireless Sensor Networks give the solution for the above-specified problem, continuous efficient monitoring and alerting on time without human intervention in any circumstances. Deploying WSNs and extracting efficient performance requires a strong technology backup. However, it's a machine in logical connectivity that may face several technical issues while transferring the gathered data. It has to be rectified, and efficient service to be provided in the deployed application. Finding the safest and fastest path is one of the critical tasks in the WSN. To achieve that, Bio-Inspired Computing will be used as a tool for designing the protocol to attain the fastest reliable network, even if it deals with the other problems in WSN, such as efficient energy utilization from the battery. In such a way, the Paper is proposed based on the exceptional and exciting behavior of one of the living things, which shook the entire world for almost two years in all aspects, and even a few countries are still seeking a way to come back from its impact, the reason for global lockdown, born with the crown, founder of social distancing, which is popularly known as "Corona" the virus.