Title :
A case-driven methodology for applying the MNM service model
Author :
Garschhammer, M. ; Hauck, R. ; Hegering, H.-G. ; Kempter, B. ; Radisic, I. ; Roelle, H. ; Schmidt, H.
Author_Institution :
Munich Network Manage. Team, Univ. of Munich, Germany
Abstract :
Companies of all industrial sectors depend increasingly on their IT infrastructure and therefore demand more features, security and reliability regarding the provided IT services. Consequently, a user- and quality-oriented service management is desperately needed to fulfill the posed requirements. The previously developed MNM service model contributed to this research area by specifying a formal framework which helps creating a user- and quality-oriented model of a specific service. Thus, the MNM service model supports service planing, provisioning, operation as well as service management at the customer-provider-interface. As service modeling emerges to be a difficult task, this paper contributes to this area by proposing a modeling methodology for applying the MNM service model. By adapting existing methods of the software engineering community and adding our experience made during service modeling, we succeeded in specifying helpful guidelines for service modelers.
Keywords :
network interfaces; quality of service; security of data; software engineering; telecommunication computing; telecommunication network management; telecommunication network reliability; telecommunication security; IT infrastructure; MNM service model; case-driven methodology; customer-provider-interface; formal framework; network reliability; network security; quality-oriented service management; service management; service operation; service planing; service provisioning; software engineering; user-oriented service management; Business communication; Guidelines; Information analysis; Outsourcing; Planing; Quality management; Quality of service; Security; Software engineering; Web and internet services;
Conference_Titel :
Network Operations and Management Symposium, 2002. NOMS 2002. 2002 IEEE/IFIP
Print_ISBN :
0-7803-7382-0
DOI :
10.1109/NOMS.2002.1015618