This protocol balances the energy consumption, improves network lifetime and achieves better throughput. The paper [12] devises a data-securing model for WSN based on a linearly complex voice encryption mechanism of a global system for mobile technology. The work presented a secure, low complexity and energy efficient routing solution for WSNs.

energy efficiency

Finally, we conducted comparisons by means of simulations in forest fires detection scenario. Compared to RL-SDWSN, the results show an improvement of 14.064 % in network operational lifetime and 16.41 % in response time.

Critical event reporting Wireless Sensor Networks (WSNs) applications need vital requirements (extended network lifetime, reliability, real time responsiveness, and scalability) to be met to ensure outstanding efficiency. Previous frameworks only consider few individual requirements, thus ignoring the other equally important ones. Ensuring that an active path is available at all times is crucial for enabling the timely transmission of critical data and maintaining the quality of service required to efficiently support delay-sensitive applications.