A soft-computing framework for fault diagnosis
Information Sciences: an International Journal - Intelligent manufacturing and fault diagnosis (II). Soft computing approaches to fault diagnosis
Information Systems - The 13th international conference on advanced information systems engineering (CAiSE*01)
Generating domain representations using a relationship model
Information Systems
D-SCIDS: distributed soft computing intrusion detection system
Journal of Network and Computer Applications - Special issue: Network and information security: A computational intelligence approach
Integration techniques in intelligent operational management: a review
Knowledge-Based Systems
A multi-agent-based model for a negotiation support system in electronic commerce
Enterprise Information Systems
Performance evaluation for a transportation system in stochastic case
Computers and Operations Research
Monitoring service choreographies from multiple sources
SERENE'12 Proceedings of the 4th international conference on Software Engineering for Resilient Systems
| Hi-index | 0.00 |
Condition monitoring and fault diagnosis are of fundamental importance for many industrial systems. In the last decade, substantial research efforts have been made on the surveillance and diagnosis systems for different types of equipment, with the approach of integrating information technologies and intelligent computing methods. This paper presents the conceptual design of a distributed information system of condition monitoring and fault diagnosis for a growing number of gas turbine-based power generation systems. Each individual information system that monitors a specific gas turbine system, locally deployed in a power plant, is linked to another information system, deployed at the manufacturer's site, which oversees all the gas turbine systems in parallel. The systems are constructed on the basis of COM components, which are conceptually separated into three tiers. Subsequently, this paper proceeds to present a generic business domain model with components encapsulating physical entities of interest. Finally, this paper addresses the interactions among components, which considerably affect the performance of the system including efficiency and effectiveness. It has been identified that both asynchronous and synchronous communication mechanisms are required for exchanging information for different scenarios. COM+ services are also required for supporting object pooling, transaction coordination, and security control.