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A Knowledge-based Network Management System Using Active Information Resources
Kinoshita, Tetsuo,Kitagata, Gen,Takahashi, Hideyuki,Sasai, Kazuto,Kalegele, Khamisi The Institute of Internet 2014 International journal of advanced smart convergenc Vol.3 No.1
An expert network administrator is not always stationed as disasters happen. In that case, it is desirable that a novice administrator is capable of taking part in network recovery operations as well. In this paper, aknowledge-based network management system in emergency situations is presented. We use the Active Information Resource based Network Management System (AIR-NMS) to relieve the human administrator from parts of her management tasks and present an interface that remotely can control this management system. The effectiveness of the system is demonstrated by experiments using a prototype system.
An Agent-based Network Management System Using Active Information Resources
Kinoshita, Tetsuo,Kitagata, Gen,Takahashi, Hideyuki,Sasai, Kazuto,Kalegele, Khamisi The Institute of Internet 2013 Journal of Advanced Smart Convergence Vol.2 No.2
An expert network administrator is not always stationed as disasters happen. In that case, it is desirable that a novice administrator is capable of taking part in network recovery operations as well. In this paper, an agent-based network management system in emergency situations is presented. We use the Active Information Resource based Network Management System (AIR-NMS) to relieve the human administrator from parts of her management tasks and present an interface that remotely can control this management system. The effectiveness of the system is demonstrated by experiments using a prototype system.
A Knowledge-based Network Management System Using Active Information Resources
Tetsuo Kinoshita,Gen Kitagata,,Hideyuki Takahashi,Kazuto Sasai,KhamisiKalegele 한국인터넷방송통신학회 2014 Journal of Advanced Smart Convergence Vol.3 No.1
An expert network administrator is not always stationed as disasters happen. In that case, it is desirable that a novice administrator is capable of taking part in network recovery operations as well. In this paper, aknowledge- based network management system in emergency situations is presented. We use the Active Information Resource based Network Management System (AIR-NMS) to relieve the human administrator from parts of her management tasks and present an interface that remotely can control this management system. The effectiveness of the system is demonstrated by experiments using a prototype system.
A Classifiable Sub-Flow Selection Method for Traffic Classification in Mobile IP Networks
Satoh, Akihiro,Osada, Toshiaki,Abe, Toru,Kitagata, Gen,Shiratori, Norio,Kinoshita, Tetsuo Korea Information Processing Society 2010 Journal of information processing systems Vol.6 No.3
Traffic classification is an essential task for network management. Many researchers have paid attention to initial sub-flow features based classifiers for traffic classification. However, the existing classifiers cannot classify traffic effectively in mobile IP networks. The classifiers depend on initial sub-flows, but they cannot always capture the sub-flows at a point of attachment for a variety of elements because of seamless mobility. Thus the ideal classifier should be capable of traffic classification based on not only initial sub-flows but also various types of sub-flows. In this paper, we propose a classifiable sub-flow selection method to realize the ideal classifier. The experimental results are so far promising for this research direction, even though they are derived from a reduced set of general applications and under relatively simplifying assumptions. Altogether, the significant contribution is indicating the feasibility of the ideal classifier by selecting not only initial sub-flows but also transition sub-flows.