Analyzing The Manet Variations, Challenges, Capacity And Protocal Issues

Abstract

Various deployment ways of mobile ad hoc networks (MANETS) can have widely varying characteristics that have a greater impact on the behaviour of different routing protocols created for these networks. Before directly deploying the applications in such environments, it is most important for developers to understand the potential quantitative behaviour of the variations, challenges, capacity and implementation issues that support their applications. Analytical models exist to describe the behaviour of MANETS, but they are restricted to simplistic statistical models that represent either node mobility or link connectivity individually without considering the interplay of the two and other important aspects of MANETS. In this paper we are trying to analyze and study the MANET environments, challenges and other issues, which will help the researchers to understand the MANET concepts thoroughly.

Geographic Routing Protocol: A Review

“…Before directly deploying the applications in such environments, it was most important for developers to understand the potential quantitative behavior of the variations, challenges, capacity and implementation issues that supported their applications. Analytical models exist to describe the behavior of MANETS, but they were restricted to simplistic statistical models that represent either node mobility or link connectivity individually without considering the interplay of the two and other important aspects of MANETs [11]. Maghsoudlou A. et al [2011] surveyed on the different face routing algorithms as well as different face routing strategies and greedy routing algorithms under the geographical routing protocol in MANET.…”

PPN: Prime product number based malicious node detection scheme for MANETs

“…A malicious node can silently drop some or all of the data packets sent to it for further forwarding even when no congestion occurs. Malicious packet dropping attack presents a new threat to wireless adhoc networks since they lack physical protection and strong access control mechanism [2]. An adversary can easily join the network or capture a mobile node and then starts to disrupt network communication by silently dropping packets.…”

A Survey on Optimum Neighbour Discovery Techniques in Mobile Ad-hoc Networks

“…Also because of the multiple access, fading noise and interference condition it's the wireless links which have lower throughout [6].…”