Abstract

This study proposes active causes of network congestion, transmission failures and QoS degradation. Communication Networks associate traffic limits. The infinite set of traffic overwhelms the network capacity accompanied by packet loss. Capacity overflows and packet loss create diversified situation such as communication cut off in packet switched networks. Remote linkage of networks are growing hastily. The rapid growth of network architecture has resulted several novel factors that degrade QoS in remote conversation and seriously caused by communication failures. We made an effort to investigate the recent triggers of transmission failures, network errors, http errors, network stress and happening of congestion. The ultimate objective of this study is to find out most prominent sources that activates most critical situations in end-to-end communication. Usually, social networks are more error prone and bandwidth consumer sources. In this study, social, non-social and multimedia servers are examined to predict the share of errors related to http and network layer. We utilized network stress and load testing tool (WAPT6.0) to get practical results about several sort of remote servers in order to predict their effect upon QoS in network communication through particular experimentations.

Highlights

  • Network inter-links with several remote servers enriched with band-width greedy applications like grid computing, digital cinema, bulky set of medical imaging, airline reservation systems and online banking applications (Martini et al, 2009; Wang et al, 2005)

  • Variety of remote servers running behind popular social networks are selected to acquire the values against selected metrics like, hits failure ratio, percentage of HTTP errors, percentage of network errors and average response times in seconds

  • We tested the remote servers running behind selected social networks under Web Application Testing (WAPT) Tool designed by Microsoft Corporation

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Summary

Introduction

Network inter-links with several remote servers enriched with band-width greedy applications like grid computing, digital cinema, bulky set of medical imaging, airline reservation systems and online banking applications (Martini et al, 2009; Wang et al, 2005). Recent trend of shifting ADSL and FTTH technology to P2P environment has invoked negative effects in web traffic linkage under dynamic ports that opens the challenging effort to cope up QoS issues in P2P scenario as evidenced by the author of study (Cho et al, 2006; Khosroshahy, 2011). This case usually associates with social networks that provide P2P linkage in delivering of HTTP streaming to offer good quality of service. Social networks and search engines are most widely used sources that provide downloading activities and Youtube is popular for video streaming

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