Performance Analysis of TCP Newreno Over Mobility Models Using Routing Protocols in MANETs

Performance Analysis of TCP Newreno Over Mobility Models Using Routing Protocols in MANETs

Rajnesh Singh, Neeta Singh
DOI: 10.4018/IJWNBT.2021070101
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Abstract

A MANET is a collection of nodes connected wirelessly that try to converse with each other with no need for any central control or infrastructure establishment. The model of mobility depicts the poignant nature of every node which is mobile in MANETs that is considered to be realistic. It plays a vital role in measuring the performance of MANETs. Mobility is considered to be the prime motive in simulation, because it is a huge influence over the design and network's performance due to limitation in resources and it lead to packet delivery ratio (PDR), varying velocity node energy (NE). Lots of work has been done to improve the above problems. Therefore, there is a requirement of more improvement in this area to enhance overall performance of mobility models. This paper presents a comparative simulation-based analysis of Gauss Markov, Manhattan, and random waypoint mobility models over TCP Newreno that uses a DSDV and AODV routing protocols. Moreover, experiment results and performance analysis have been performed with PDR and NE of the varying number of mobile nodes.
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1. Introduction

MANET is a self-regulating system of networking that consists of autonomous wireless nodes. Howeverthe nodes move and change their network connectivity dynamically. The network can be set up anywhere, at any time, the mobile nodes are interconnected and can converse with each other either in one hop when they are under the radio range of one another or via multi-hop due to the flexibility which MANETs offers (Roy, 2011). In MANETs, the mobile nodes are able to play the role of mobile hosts as well as a router. In a real scenario, the existence of mobility makes a challenge for the design and implementation of the MANET. It is a big challenge to design protocols and services for mobile environments. Moreover, the features of different models of the mobility of mobile nodes in MANET required be studying and examining mindfully. However, the influence of the pattern of mobility on supporting application services, protocols, and systems should be taken into consideration for improved implementation and design. Vehicular communication, military, disaster relief, and manage conferences are some real-life applications of the MANET.

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