An Investigation into the Performance of DHKE Algorithm over Different Network Topologies in Cryptography Networks

This study looks at exploring the overall performance of the DHKE set of rules over distinctive network topologies in cryptography networks. The purpose turned into identifying the topologies that had the very best performance with the DHKEA with appreciation to essential exchange time and protection. The critical alternate time was quantified by measuring the time it took a person to alternate keys with any other consumer. Security becomes measured by figuring out the forms of assaults that were mitigated using the network topology. Three types of networks had been tested: megastar topology, Bus topology, and Mesh topology. It became discovered that the famous person topology had first-rate performance in phrases of crucial exchange time, while the Mesh topology had high-quality security in opposition to assaults. Moreover, it was determined that the DHKEA worked nicely over all the examined topologies, enhancing overall performance because the network size multiplied. The results of this observation can be used to inform network administrators in selecting suitable topologies to reinforce the security of crucial changes in the provisioning of cryptography networks.