Management method of self-starting disaster recovery plans and searching system

Abstract

The invention provides a management method of self-starting disaster recovery plans and a searching system. According to the invention, by universalizing assemblies, all factors are abstracted as all kinds of factors, irrelevant to business, like point, line and face in the computer field, and are uniformly processed and analyzed, and visualization operation is executed, so universality and uniformity of a platform are ensured. When there are a few of factors and disaster types are different, large quantity of resources will not be wasted and operation efficiency can be ensured. By combining real-time information and emergencies, the optimal path can be corrected in real time, and much more time can be gotten. The plan starting judging procedure is optimized, and the system will give out a plan starting alarm according actual front-end monitoring data or numbers of early warning in all places, so it can be avoided that the plane will not be timely started due to missing of specific information during the searching process. By overlaying the layer information and calling related data, information reference is provided. According to the data affected by plan execution results, dynamic adjustment can be performed in real time, selection of the optimal path can be corrected in real time and the management method and the searching system have higher application value.

Description

technical field [0001] The invention relates to the field of disaster prevention and mitigation information management, in particular to a management method and a query system for a self-starting disaster recovery plan. Background technique [0002] In recent years, the frequent occurrence of natural disasters in the country, especially major natural disasters, has caused huge economic losses to the country, and at the same time exposed some problems in our country's disaster relief. In the emergency decision-making stage, the adoption of relevant emergency measures is based on the compilation results of local plans. With the variety of disaster types and the increasing requirements for the effect of disaster preparedness measures, traditional paper plans are not updated in time, poor in sharing, There are many deficiencies such as poor accessibility and unintuitive expression of pre-plan measures, and the construction of information technology just makes up for this. [00...

AI Technical Summary

Problems solved by technology

This working mode relies on the personal experience of the commanders and is highly subjective. However, when the commanders arrive at another place to carry out command work, they may not be able to carry out their work smoothly due to lack of understanding of the local hydrological and geological conditions.

At the same time, due to the need to manually collect a variety of information, when the control area is large, some monitoring node data is often missed, which leads to the untimely start of the plan and cannot guarantee the smooth development of disaster prevention and mitigation work

Images