Quality of Transmission Improvement in Underwater Wireless Sensor Nodes using Compressive Sensing

The quality of transmission in underwater sensors are more challenging due to unidirectional transfer across depth to the surface. In this scenario, the energy remains in some nodes wherein some consists of drained energy in close proximity driven by transmission. Hence, confining transmissions by appropriately selecting nodes in particular area via compressive sensing improves the quality of transmission. In this work, quality of transmission underwater wireless sensor nodes compressive sensing (QTUWSN-CS) model is proposed by considering the topology and data flow nature. The reconstruction accuracy along the deployed terrain is bisected in such a way that the demands of traffic and its quality of transmission are preserved.