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With the rapid sustained economic growth and social progress, people’s life greatlyimproved, increasing the scale of the city. The throughput, the service level and demand oftransportation became more and more high. On the other hand, in recent years, China’s naturaldisasters frequent, showing a growing trend, public health and public safety and other areasare also facing serious challenges, such as environmental pollution, leakage of raw materials,coal mine accidents, the doctor-patient events and other major events. Especially, in the fieldof public transport, the transport function have occurred, such as traffic accidents, badweather and other, due to some natural or man-made factors unforeseen failure events. How tocreate a day-to-day monitoring and management to improve the efficiency of transportinfrastructure. How to build traffic risk early warning mechanism to reduce the unnecessaryeconomic losses, safeguard people’s lives and property safety, respond to emergencieseffectively disposal and protection, and improve the level of public service and satisfaction.These are put forward new requirements for emergency command ability of governmentregulators and the traffic management department.In this paper, the day-to-day management and operations of Heilongjiang transportationindustry, the introduction of geographic information systems (GIS), the model risk earlywarning model, Axis2framework, roles access control and other technologies, J2EE,Oracle11g and ArcGIS9as the development platform, SOA-based traffic monitoringmanagement and emergency systems were designed and implemented.The business needs of the research and analysis for monitoring management andemergency response systems, functional requirements, and performance requirements, andfocus on the day-to-day business regulation and emergency response business process isdescribed. Needs analysis, complete the design of systems based on SOA, monitoringmanagement and emergency response.Business needs analysis of the combined system, the introduction of geographicinformation systems (GIS), model risk warning, Axis2framework, role permissions controltechnology, integrated development environment of Eclipse3.6Helios, ArcGIS geographicinformation function development platform, the use of the Oracle11g storage infrastructure data and geographic information property data, SOA-based traffic monitoring andmanagement and emergency response systems.Finally, the introduction of the implementation of the system, and the system analysisand evaluation results show that the system reaches the system design requirements, withsecure, scalable, and strong portability feature.
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