A Research On The Construction Scheme Of The Traffic Emergency Security System In Chongqing

In recent years the disasters has happened frequently, in addition to the traditional earthquake, flood, fire and other natural disasters and accidents disasters, new emergency disaster events, the spread of the disease, ecological disasters such as terrorist attacks continue to occur, the disasters and uncertainty, serious tests the ability of the whole society emergency disposal. But most of the cities in China in response to the disaster emergency supplies and personnel transport security, because the construction of regional transportation emergency security system lacks systematic theory and method, not to the emergency disposal of regional established a complete set of traffic security system, so our country regional disaster emergency traffic system needs to be improved.This article researches the disaster emergency traffic warning system from the disaster forewarning management theory, it includes disaster early warning system, disaster information sources and reviewing evaluation, early warning system framework, the general process, and the road traffic disaster.By studying the status, the traffic emergency rescue node layout and resource allocation are studied. Including traffic emergency node layout of the basic ideas, important degree analysis, node, node hierarchy division of emergency range partition; node resources allocation principle, allocation of resources at all levels of nodes, emergency resource layout, emergency resource scheduling. Study and formulate the support mechanism of emergency disaster traffic, including emergency traffic guarantee scope, organization and command of security mechanism, security mechanism, the rapid reaction entity security mechanism, the safeguard mechanism of social management.Finally,combining with the development situation of Chongqing, designing a traffic emergency rescue system construction plan of Chongqing, including the overall framework, the base(node) layout, management organization system, response system and the traffic emergency platform.