The convergence of mobile tele communications and the Internet global system forces to reconsider traditional client/server solutions for network and systems management. The paper claims that accounting in the mobility-enabled Internet requires support infrastructures hosted in the fixed network, These infrastructures should monitor, control and register resource consumption locally within the domains where users/terminals dynamically move to, without requiring continuous connectivity with remote and centralized accounting home managers. In addition, the paper shows that the Mobile Agent (HA) technology is suitable to overcome the limits of traditional accounting solutions in several mobility-enabled usage scenarios. MAs can maximize locality in accessing monitoring data, can enable accounting even in case of temporary disconnection, can install new monitoring/control behavior dynamically, and can support session-dependent solutions. The paper finally presents the design and implementation of the MA-based Middleware for Mobility Accounting Management (MAM(2)), together with some use cases showing the advantages of the MA adoption.
Bellavista, P., Corradi, A., Vecchi, S. (2002). Mobile agent solutions for accounting management in mobile computing. 10662 LOS VAQUEROS CIRCLE, PO BOX 3014, LOS ALAMITOS, CA 90720-1264 USA : IEEE COMPUTER SOC [10.1109/ISCC.2002.1021758].
Mobile agent solutions for accounting management in mobile computing
Bellavista, P;Corradi, A;
2002
Abstract
The convergence of mobile tele communications and the Internet global system forces to reconsider traditional client/server solutions for network and systems management. The paper claims that accounting in the mobility-enabled Internet requires support infrastructures hosted in the fixed network, These infrastructures should monitor, control and register resource consumption locally within the domains where users/terminals dynamically move to, without requiring continuous connectivity with remote and centralized accounting home managers. In addition, the paper shows that the Mobile Agent (HA) technology is suitable to overcome the limits of traditional accounting solutions in several mobility-enabled usage scenarios. MAs can maximize locality in accessing monitoring data, can enable accounting even in case of temporary disconnection, can install new monitoring/control behavior dynamically, and can support session-dependent solutions. The paper finally presents the design and implementation of the MA-based Middleware for Mobility Accounting Management (MAM(2)), together with some use cases showing the advantages of the MA adoption.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
