Publication Date

2007-01-01

Availability

Open access

Degree Type

Thesis

Degree Name

Master of Science (MS)

Department

Computer Science (Arts and Sciences)

Date of Defense

2007-11-26

First Committee Member

Dilip Sarkar - Committee Chair

Second Committee Member

Burton Rosenberg - Committee Member

Third Committee Member

Uttam Sarkar - Committee Member

Fourth Committee Member

Huseyin Kocak - Committee Member

Fifth Committee Member

Terri A. Scandura - Dean of the Graduate School

Sixth Committee Member

Akmal Younis - Outside Committee Member

Abstract

In this thesis, a new transport protocol, the Concurrent Multi-Path Real-time Transmission Control Protocol (cmpRTCP) is proposed. The proposed protocol has been designed to handle real-time streams (video and audio) over IP-networks. One of the key strengths of this protocol lies in its ability to intelligently exploit the availability of multiple paths between multi-homed hosts for concurrent transmission of unicast real-time streams. This work describes the architecture and operation of cmpRTCP in detail. In addition, the limitations of currently used transport protocols in handling real-time streams are also discussed. These limitations of other protocols have played a vital role in the design process of the proposed protocol. Experiments to evaluate the performance of cmpRTCP against other protocols and the results obtained therein are also documented in this work. Results show that cmpRTCP is a best effort protocol that tries to maximize the amount of data that is successfully delivered to the destination in a timely manner under varying drop and delay conditions of the network.

Keywords

Real Time; Computer Networks; Transport Protocols

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