Paper Info
Title
TACS: A Transparent Application Bandwidth Management System
Abstract
With the rapid advance of computer and network technology, more and more applications are deployed in the customer-side network. These applications require different quality of service (QoS), but have to share a few bandwidth limited internet connections. Owing to the IP network's best-effort delivery mechanism, the QoS requirements are hard to be satisfied. There have been plenty of QoS solutions in research and industry areas, however, few of them are easy to understand or to deploy. Therefore, we provide a solution, based on a simple and clear model, has the ability of transparently deployed at the inner side of customer's gateway device and controlled in the application-oriented way. We also introduce a straightforward QoS policy definition language to allow user to create QoS rules for various applications. We conduct the evaluation of our proto type system running upon mid-end industrial personal computer under both the lab test-bed and the practical network. In the lab test, our system achieves 200Mbps throughput， in the practical field test, our system successfully manages a 100Mbps internet link for over 3000 active users.
Year
DOI
Venue
2009
10.1109/CIT.2009.95
CIT (2)
Keywords
Field
DocType
customer-side network,qos solution,qos rule,ip network,transparent application bandwidth management,practical network,network technology,straightforward qos policy definition,bandwidth limited internet connection,proto type system,qos requirement,data mining,bandwidth management,best effort,satisfiability,internet,tacs,protocols,bandwidth,bandwidth allocation,test bed,quality of service,servers,network
Computer science,Bandwidth allocation,Internet protocol suite,Computer network,Quality of service,Personal computer,Real-time computing,Internet access,Residential gateway,Bandwidth management,Distributed computing,The Internet
Conference
Citations 
PageRank 
References 
0
0.34
7
Authors
4
Name
Order
Citations
PageRank
Xianqin Chen100.34
Xiang Long23010.70
Xiaopeng Gao35510.43
Junjie Ma414815.24