An Adaptive Model for Congestion Resilient and Deadline Sensitive Communication in Zone-Routing Based MANETs using

Abstract

Considering a larger picture of wireless communication scenario, a hybrid protocol is very much in need of the hour, especially the Zone Routing Protocol. The Zone Routing Protocol encompasses the approaches of routing from reactive and as well as proactive routing scenario. This routing management technique has been observed to be more important in terms of efficiency of the transmission of the data. But the traditional routing mechanisms restricts the efficiency for the ever-changing topology supported networking answers in Mobile Ad Hoc Networks (MANETS). Ever increasing challenges and claims in communication using mobile networks suggest highly accessible, consistent, QoS-based routing protocol while under ever changing network topology constraints and scenarios. Considering the fact of traditional ZRPs, the showcased cross-layer architecture considers Network layer, Medium Access Control (MAC) layer and Physical layer to accomplish Dynamic Link Quality Estimation, packet velocity estimation, that are completed at the various layers of the normal protocol model. Considering this as the motivation, this paper showcases a vigorous Cross-Layer Approach for efficient routing solutions for the assurance of QoS in terms of throughput in the considered scenario of MANETs. Considering the fact of traditional ZRPs, the showcased cross-layer architecture considers packet velocity estimation and congestion detection models, that are completed at the various layers of the normal protocol model. The numerous network constraints based efficient solution enables MANETs to present high packet delivery ratio, lowest possible packet loss for data classified for real-time and non-real-time data.