University of Kalmar
In this paper, a key swap over mechanism among group of multilayer perceptrons for encryption/decryption (KSOGMLPE) has been proposed in wireless communication of data/information. Two parties can swap over a common key using synchronization between their own multilayer perceptrons. But the problem crop up when group of N parties desire to swap over a key. Since in this case each communicating party has to synchronize with other for swapping over the key. So, if there are N parties then total number of synchronizations needed before swapping over the actual key is O(N2). KSOGMLPE scheme offers a novel technique in which complete binary tree structure is follows for key swapping over.