Abstract:
In recent days, for smart grid network updates, video sensors are used where each node needs to be compressed before
transmission. is is very much useful for developing countries as in future the smart grid communication process will play a
major role in entire society. erefore, in this article, minimization of power, energy consumption, and delay for wireless video
sensor networks have been computed by providing better quality of service at a similar period. Also, the problem of optimizing
transmission and delivery rate has been studied. For solving the aforementioned problems, the intuitive migrant algorithm has
been implemented for providing better energy consumption. Additionally, modi ed larvae optimization tool has been integrated
for providing better convergence rate, where all the nodes will be compressed at a better rate with necessary quality of service. e
simulation results show that by applying algorithms in two folds, and each video sensor node is compressed by satisfying necessary
constraints with fast convergence rate.
