MPGA: QOS adequacy latitude aware cooperative spectrum sensing in Cognitive Wireless Mesh Networks by Meticulous Progression based GA

Abstract

Here in this paper we devised a novel meticulous progression based GA technique for QoS adequacy latitude aware routing in Cognitive Wireless Mesh Networks. The past decade research towards spectrum sensing strategies for Cognitive Wireless Mesh Networks is continuing with magnitude speed. However, the majority of the routing solutions devised in past are dealing only with the optimality of the data transmission. QoS aware hop level connections in a given route are not supported with the desired frequency. Hence the QoS aware routing in Cognitive Wireless Mesh Networks is grabbing the attention of many researchers as this domain is on the hot edge of the current research. In regard to this we devised a QoS adequacy latitude aware spectrum sensing in Cognitive Wireless Mesh Networks by Meticulous Progressions based Genetic algorithm. Due to the computational complexities of GA and limits of cognitive wireless mesh network resources, very limited solutions were opted to GA based QoS optimality strategies for spectrum sensing in Cognitive Wireless Mesh Networks. The model devised here in this paper is successfully handling these issues and emerged as best in its class of QoS adequacy latitude aware spectrum sensing strategies. The experimental results are exploring the scalability, optimality and robustness of the proposed model.