DocumentCode
1702687
Title
Towards an active IP accounting infrastructure
Author
Travostino, Franco
Author_Institution
Nortel Network Technol. Center, Billerica, MA, USA
fYear
2000
fDate
3/1/2000 12:00:00 AM
Firstpage
45
Lastpage
54
Abstract
Traditional IP accounting infrastructures cannot withstand the shock waves produced by voice over IP integration, increasingly large accounting data volumes, adaptive pricing schema that reflect resource utilization, and real time requirements on accounting applications such as billing and traffic monitoring. To suit tomorrow´s networks, the Active IP Accounting Co-processor Environment (AIACE) argues that the number of accounting tasks performed at the network nodes and at the accounting servers be fluid and not necessarily known a priori. The AIACE infrastructure introduces the notion of an active accounting co-processor coupled with the network node. This co-processor performs custom operations on accounting data exactly where the accounting data is being generated. For instance, the co-processor can efficiently manage pre-paid debit card semantics, reflect settlements among providers, apply fraud detectors, or enable real time accounting data mining, The AIACE infrastructure dynamically pushes intelligence into network nodes and applies Active Networks themes to network management. Isolated from any problematic interference with end-to-end data paths, AIACE can set IP accounting free to exploit the power of open and active network nodes
Keywords
Internet; coprocessors; protocols; telecommunication computing; telecommunication traffic recording; AIACE infrastructure; Active IP Accounting Co-processor Environment; IP accounting infrastructures; IP integration; accounting data volumes; accounting servers; accounting tasks; active IP accounting infrastructure; active accounting co-processor; active network nodes; adaptive pricing schema; custom operations; fraud detectors; network management; network nodes; pre-paid debit card semantics; real time accounting data mining; real time requirements; resource utilization; shock waves; traffic monitoring; Coprocessors; Data mining; Detectors; Internet telephony; Monitoring; Network servers; Pricing; Resource management; Shock waves; Telecommunication traffic;
fLanguage
English
Publisher
ieee
Conference_Titel
Open Architectures and Network Programming, 2000. Proceedings. OPENARCH 2000. 2000 IEEE Third Conference on
Conference_Location
Tel Aviv
Print_ISBN
0-7803-6268-3
Type
conf
DOI
10.1109/OPNARC.2000.828132
Filename
828132
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