Research Area:  Mobile Ad Hoc Networks
To keep the process of routing and data transmission operations, its needed for a proper layer of security to keep it safe from malicious attacks. So in this paper, we proposed a framework that helps in detecting the malicious nodes at each of the destinations. After the detection process, it is isolated and discarded in while path establishment through various techniques. The development of an algorithm that supports Multipath Reliable Routing helps in determining paths for a set of disjoint nodes. Based on the index of reliability the paths are reordered. Now the process of information in form of data are been dispersed from source to destination. The main primary path is set to transfer the information. The final destination in case of mismatch of information transferred from a source when received at destination then feedback is given in negative manner stating that there is a mismatch of data along with the information related to the transmission and its path. Hence due to this, the destination will be able to recover since the information is checked each time for reliability. The final results show that the proposed approach results and have a greater impact when compared to the existing methods. Further, it reduces delay in packet transmission and overhead parallel it increases the delivery of packets.
Author(s) Name:  R. Thiagarajan,R. Ganesan,M. Baskar,V. Anbarasu,K. Arthi,J. Ramkumar
Journal name:  Wireless Personal Communications
Publisher name:  Springer
Volume Information:  volume 119, pages 21–35 (2021)
Paper Link:   https://link.springer.com/article/10.1007/s11277-021-08092-0