Paper Info
Title
The Design of Service Management System based on Policy-based Network Management
Abstract
It is becoming difficult to keep service provider's environment as reliable and effective for the various network services, while user requirements are complicated and diversified. In result, there much focus and concern on the technology of Policy-Based Network Management (PBNM). In the case of IP services, in particular, PBNM has been regarded the one of ways to solve complexities for managing various Network Element, QoS on different services, security and etc. We classify policy as three levels based on QPIM information flow such as service level, network level and device level policy. In relation to the definition of policy information, the research about device and network level policies has been done. However, it has the limitation to directly apply these information models to the service management system for service providers. In this paper, we will define service information model for guaranteeing the SLA of various services using the device level and network level policy information. We will also design the service management system based on this information model
Year
DOI
Venue
2006
10.1109/ICNS.2006.109
ICNS
Keywords
Field
DocType
service management system,policy-based network management,network level,ip service,information model,qpim information flow,service provider,different service,network level policy,device level,device level policy,information flow,information security,service level,user requirements,service management,quality of service,sla,next generation networking,qos,technology management,videoconference,environmental management,computer integrated manufacturing
Service design,Service level objective,Computer science,Element management system,Service system,Computer network,Service level requirement,Network management,Network management application,Network management station
Conference
ISBN
Citations 
PageRank 
0-7695-2622-5
0
0.34
References 
Authors
4
3
Name
Order
Citations
PageRank
Ki-Sang Ok100.68
Daniel W. Hong221.70
Byung-Soo Chang3256.95