Rendezvous agents-based routing protocol for delay sensitive data transmission over wireless sensor networks with mobile sink Online publication date: Mon, 27-Jan-2020
by V.T. Venkateswarlu; P.V. Naganjaneyulu; D.N. Rao
International Journal of Intelligent Enterprise (IJIE), Vol. 7, No. 1/2/3, 2020
Abstract: The data collected by the sensor nodes will be transferred to sink in traditional wireless sensor networks. Due to the constrained energy reserves of the sensors, a transmission route should operate with minimal energy that tends to longevities network survival. A novel routing is portrayed that partitions the network area into regions and establishes rendezvous agents for the mobile sink at all of these regions and defines a method to order the areas which is followed by the mobile sink to visit the regions. The process of ordering the regions is furbished under many quality of service objectives portrayed in this manuscript. The performance of the proposed model assessed through simulation study and the same is compared with other contemporary model having similar objectives. The energy consumption efficiency under optimal packet delivery with minimal latency is the objective considered for the performance analysis.
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