Energetic sleep-scheduling via probabilistic interference K-Barrier coverage with truth-table technique in sensor network
Adda Boualem, Youcef Dahmani, Cyril de Runz, Abdelkader Maatoug · 2017
Minimizing energy consumption and ensure better K-Barrier coverage via Wireless Sensor Networks (WSNs) remains a challenging task that calls the urge to be solved since it influences the lifetime of a WSN; resulting in less qualitative service irrespective of the network topology or the protocol implemented. In this paper, we attempt to guarantee perfect K-Barrier Coverage, connectivity and extending the lifetime of the sensor network as well as reducing power consumption via dynamic sleep scheduling of sensor nodes. We call this protocol: Energetic Sleep-Scheduling via Probabilistic interference K-Barrier Coverage with Truth-Table Technique in Sensor Network (ESSPIBC-TTT). We evaluate our protocol via computer simulations in order to confirm that ESSPIBC-TTT can substantially control power consumption with high reliability and simple architecture.