Improving Secure Routing Performance Using Reputation Based On Weighted Hub Selection Model in Manet
DOI:
https://doi.org/10.31838/NJAP/08.02.06Keywords:
Abnormal node identification, CA-free key exchange, reputation-based weighted hub selection, and aggressive forward infinite dimensional entangled pair state.Abstract
There are several security concerns with mobile ad hoc networks (MANETs). A MANET should ideally not have all of its nodes work together to forward packets. Malicious intent is not the cause of this. MANETs must constantly rely on wireless connectivity and have restricted capabilities. They consist of MANETs and mobile radio transmission nodes, which may be set up anywhere. Because it lessens the strain on centralized access and infrastructure, every element of an ad-hoc network is therefore effective. MANETs are extensively utilized in many different areas, including crisis response, mobile telephony, and military applications. In this article, we first present Aggressive Forward Infinite Dimensional Entangled Pair State (AFIDEPS), which initiates a pair state by assigning a key to a server and forwarding the key to its nodes. When mapping keys to hubs, the value can be instantly mapped to the key through the use of scope management and standard naming conventions. Second, one method for route selection—the process of figuring out the optimal way from a source to a destination in a network—is Reputation-Based Weighted Hub Selection (RWHS). Any protocol's performance is greatly influenced by its parameter settings. The nodes that allow packets to be sent from the source to the destination are chosen by the route selection procedure. Data transport integrity is improved when nodes exchange keys without the use of CAs. DSN inspections of nodes that produce excessive network traffic during data transmission are used to identify aberrant nodes in order to increase routing efficiency. In order to maintain constant network performance even in the presence of malicious nodes, this research proposes a technique that guarantees not only secure data transmission but also node trust evaluation and path creation between nodes. Comparative testing on packet delivery ratio, end-to-end delay time, number of control packets, network performance, and average path length verified the efficacy of the suggested trust-based model security routing technology.
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