The design and implement of alarm processing system for large-scale railway maintenance equipment diesel engine combustion control based on multi-agent

Hairui Wang, Ya Li

Department of Computer Science Kunming University of Science and Technology, Kunming, China

The Alarm Processing System reference model for large-scale railway maintenance equipment diesel engine combustion control, which is based on multi-agent, is an important system for high speed and automation. Alarm Processing System are vital aspects in M large-scale railway maintenance equipment diesel engine combustion control, in this sense, alarm processing system should support decision-making tools as known as decision support system(DSS), new maintenance approaches and techniques, the enterprise thinking and flexibility. In this paper a Multi-agents based alarm processing System reference model for large-scale railway maintenance equipment diesel engine combustion control is presented which combines the existing models and multi-agents. This model is based on a generic framework using multi-agent systems for the diesel engine combustion control the diesel engine combustion control on-line monitoring system. In this sense, the alarm processing system is viewed like a feedback control process and the actions are related to the decision-making in the scheduling of the preventive maintenance task and the running of preventive and corrective specific maintenance tasks. The result of an evaluation of the Multi-agents based alarm processing system reference model for the diesel engine combustion control are presented. This new model is compared to some important existing models and applied to a real investigation.