City Sudden Public Events Emergency Command System
|School||Hebei University of Science and Technology|
|Keywords||Urban Incidents Emergency Command System Emergency Communications Command and Control Warning CTI|
Public emergencies is a product of social development , since human activities since such an event arises . With the social and economic development , the expansion of human activities , gathering the increase in probability , the giant public facilities , these trends have led to the sources of danger and hidden complexity increases . Once the accident , likely to have a ripple effect , causing the accident disaster scale , with disastrous consequences . Throughout the world , the establishment of a unified and efficient emergency response mechanism , is the inevitable choice of a city into the modern management . The study by the query References and user's field research, a large quantity of first-hand information . Obtained through research on the development status of China and developed countries emergency command system , the weak link in China's urban emergency command system . These weaknesses , the proposed solutions . Global scheduling system to solve the drawbacks of the department emergency command system mode command system ; early warning systems analysis and design, disaster prediction for emergency command system in China provides a useful complement . This paper first introduces the topic of the background , the topics in accordance with the purpose and significance . Subsequently city emergency emergency command system of the existing research results were summarized , and pointed out the weak links in our existing emergency command system and propose solutions . Emergency command system for the entire city , the overall design and analysis, from the organizational level , the operational level and business process , system analysis and design . This article focuses on the software subsystem design specifications, the focus will be forecast and warning subsystem , knowledge base subsystem , subsystems and vehicles on-site Command and Control Command and Control subsystem design description and analysis . Finally, the future implementation of the system are proposed.