Abstract – The premise, upon which I evaluate the TCP-friendliness of VOIP traffic, is content and the necessary justification. In the reminder of this paper I will give a description of the paper as well as the assumptions and claims of the authors. Also I will give my own personal conclusions

for monitoring communications and guarantee both security and proper usage. This underlined research work stresses on the analysis of IP traffic and proposes an algorithm for detection mechanisms to control and limit VoIP’s grey traffic. The algorithm emphasizes primarily on Session Initiation Protocol (SIP

Despite its popularity, relatively little is known about the traf-fic characteristics of the Skype VoIP system and how they differ from other P2P systems. We describe an experimen-tal study of Skype VoIP traffic conducted over a one month period, where over 30 million datapoints were collected re

Abstract—Skype is a peer-to-peer VoIP client developed in 2003 by the organization who created Kazaa. Skype claims that it can work almost seamlessly across NATs and firewalls and has better voice quality than other VoIP clients. It encrypts calls end-to-end, and stores user information in a

Abstract—In this paper, we present experimental studies on the throughput of IEEE 802.11b wireless networks for UDP and VoIP traffic. Our experiments show that the maximum data throughput of a single station sending out UDP traffic is 6.1 Mbps. The maximum number of VoIP calls in a single cell

rates when congestion occurs. On the other hand, most UDP based real time applications, such as Voice-over-IP (VoIP) applications, will drop out completely if the user perceived quality becomes unacceptable as the network congestion increases. This user back-off mechanism effectively reduces UDP traffic

In this paper a fractal analysis study of VoIP traffic is presented. The characteristics of measured VoIP traffic on both call and packet level have been investigated. The results support the popular Poisson process for VoIP call arrival modeling but we argue that the call holding times follow

, a significant number of paths lead to poor performance even for excellent VoIP end-systems. This makes a strong case for special handling of voice traffic on those paths. Even on the good paths, rare loss events can occasionally cause perceptible degradation of voice quality. Finally

for measuring the impact of VoIP on a network. This paper describes the design and implementation of open source tools for detecting and measuring VoIP traffic based on both standard and proprietary protocols.

voip session traffic