Design And Implementation Of Emergency Relief For Dynamic Data Acquisition System

The subject comes from emergency incidents for research projects in the field of dynamic data acquisition system. In response to emergencies in the field, the need for various contingencies and data acquisition storage dynamically respond. Incident data has its data is different from the general characteristics:dynamic, that is, whether the incident occurred, time, place, manner not sure, can not be accurately predicted in advance; immediacy, the need for real-time event processing, has a high response time requirements; complexity:the event is not a simple, isolated, there may be associated with other events, or the need to collaborate on various units disposal. This dynamic data acquisition system for the field made instant, dynamic, lightweight, refined technology requirements. To meet these needs, you need to customize dynamic data acquisition system for the emergency department of a sudden the field.For emergency incidents in the field of dynamic data acquisition system based on client/server architecture (C/S structure), you can make real-time dynamic response to unexpected events, to develop personalized data template for the event, according to template data collection. The system is divided into two templates to create and data acquisition modules. Template to create a client module is deployed to produce the corresponding template based on a personalized emergency circumstances, uploaded to the server, the template can be produced for maintenance. Data acquisition module is deployed on the client, to get the finished template from the server and data collection based on the actual circumstances of the incident and uploaded to the server for processing related units.From the practical applications of the system, introduces the system and related technologies, and for the whole system to achieve a detailed exposition. Including the demand software exposition, including the overall requirements, functional requirements and performance requirements; design elaborated, including overall design, interface design system design and database design specific sub-modules; concrete realization of introduction, describes the realization of each function module; finally discusses the deployment and testing of the system. The system has been field testing several functions can meet the demand, but also to achieve the desired performance.