A Dynamic Buffer Management Technique with Integrated Cross-Layer Approach for Effective Routing Strategy in Zone Routing Protocol for MANETs

Abstract

The major upsurge in the pressures for Quality of Service (QoS) domain in transmission of data in wireless systems hasrejuvenated the researchers to build furthercost-effective routing results to assist trust worthy interaction between the systems. But, older protocols in wireless communication are restricted mainly due to unchanging and inadequatere source network parameters. 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 this as the motivation, this paper showcases a vigorous Cross-Layer Approach for efficient routing solutions for the assurance of QoS in the considered scenario of MANETs. Considering the fact of traditional ZRPs, the showcased cross-layer architecture considers Network layer, Medium Access Control (MAC) layer and Physical layer to accomplish boosted Differentiation of Service and Impartial Resource Assignment (DSIRA) and Proactive Network Management (PNM), that are completed at the various layers of the normal protocol model. The numerous network constraints based efficient solution enables MANETs to presenthigh packet delivery ratio, lowest possible packet loss for data classified for real-time and non-real-time data.