In this paper, we present an intelligent, distributed fault management system for communication networks using belief networks as fault model and inference engine. The managed network is divided into domains and for each domain, there is an intelligent agent called Domain Diagnostic Agent attached to it, which is responsible for this domain's fault management. Belief network models are embedded in such an agent and under symptoms observation, the posterior probabilities of each candidate fault node being faulty is computed. We define the notion of right diagnosis, describe the diagnosis process based on this concept, and present a strategy for generation of test sequence
Traditionally, network management activities, such as fault management, have been performed with dir...
Traditionally, network management activities, such as fault management, have been performed with dir...
Particular attention has been given to propose systems to solve network management tasks, especially...
In this paper, we present an intelligent, distributed fault management system for communication netw...
This dissertation is devoted to the design of an intelligent,distributed fault and performance manag...
In this paper we present a Distributed Intelligent Fault Management (DIFM) system for communication ...
This report describes an integrated, distributed fault management (IDFM) system for communication ne...
In this paper we present a Distributed Intelligent Fault Management (DIFM) system for communication ...
This report describes an integrated, distributed fault management (IDFM) system for communication ne...
This paper focuses on improving network management by exploiting the potential of \u201cdoing\u201d ...
This paper focuses on improving network management by exploiting the potential of “doing” of the Act...
This paper proposes the adoption of Artificial Intelligence techniques in the field of network manag...
This paper focuses on improving network management by the adoption of artificial intelligence techn...
This paper proposes the adoption of Artificial Intelligence techniques in the field of network mana...
This paper focuses on improving network management by the adoption of artificial intelligence techni...
Traditionally, network management activities, such as fault management, have been performed with dir...
Traditionally, network management activities, such as fault management, have been performed with dir...
Particular attention has been given to propose systems to solve network management tasks, especially...
In this paper, we present an intelligent, distributed fault management system for communication netw...
This dissertation is devoted to the design of an intelligent,distributed fault and performance manag...
In this paper we present a Distributed Intelligent Fault Management (DIFM) system for communication ...
This report describes an integrated, distributed fault management (IDFM) system for communication ne...
In this paper we present a Distributed Intelligent Fault Management (DIFM) system for communication ...
This report describes an integrated, distributed fault management (IDFM) system for communication ne...
This paper focuses on improving network management by exploiting the potential of \u201cdoing\u201d ...
This paper focuses on improving network management by exploiting the potential of “doing” of the Act...
This paper proposes the adoption of Artificial Intelligence techniques in the field of network manag...
This paper focuses on improving network management by the adoption of artificial intelligence techn...
This paper proposes the adoption of Artificial Intelligence techniques in the field of network mana...
This paper focuses on improving network management by the adoption of artificial intelligence techni...
Traditionally, network management activities, such as fault management, have been performed with dir...
Traditionally, network management activities, such as fault management, have been performed with dir...
Particular attention has been given to propose systems to solve network management tasks, especially...