TCP Performance for Kurd Messenger Application Using Bio-computing

TL;DR

This paper introduces BIOKM, a bio-computing based model to evaluate TCP performance in real-time networks, demonstrating comparable results to traditional methods like Little Law using phylogenetic analysis techniques.

Contribution

The paper presents a novel bio-computing approach for measuring TCP performance, integrating phylogenetic analysis and hybrid algorithms in network evaluation.

Findings

Bio-computing model achieves high TCP performance results.

Bio-computing results closely match traditional Little Law calculations.

The model effectively evaluates TCP in real-time network scenarios.

Abstract

This work was conducted to design, implement, and evaluate a new model of measuring Transmission Control Protocol (TCP) performance of real time network. The proposed model Biological Kurd Messenger (BIOKM) has two main goals: First is to run the model efficiently, second is to obtain high TCP performance via real time network using bio-computing technique, especially molecular calculation because it provides wisdom results and it can exploit all facilities of phylogentic analysis. To measure TCP performance two protocols were selected Internet Relay Chat Daemon (IRCD) and File Transfer Protocol (FTP), the BIOKM model consists of two applications Kurd Messenger Server Side (KMSS) and Kurd Messenger Client Side (KMCS) written in Java programming language by implementing algorithms of BIOKM Server and Client application. The paper also includes the implementation of hybridized model algorithm based on Neighbor-Joining (NJ) method to measure TCP performance, then implementing algorithm of Little law (steady state) for single server queue as a comparison with bio-computing algorithm. The results obtained by using bio-computing and little law techniques show very good performance and the two techniques result are very close to each other this is because of local implementation. The main tools which have been used in this work can be divided into software and hardware tools. Keywords: Biological Kurd Messenger (BIOKM), Kurd Messenger Phylogenetic tree, Hybridized Model, Little Law, TCP Performance.