Urban grid management platform

Abstract

The invention discloses an urban grid management platform. The invention provides an urban grid management platform, i.e., a data management interaction platform, a functional service management platform, a grid service linkage platform and a unified user system platform are integrated and established, and the data management interaction platform is utilized to integrate information resources of each functional department. The functional service management platform is used for integrating service processes of all functional departments, and the grid service linkage platform is used for quickly transferring target management items reported by grid personnel to a plurality of corresponding target functional departments, so that all the target functional departments cooperatively process the target management items. Therefore, service processes and information resources of all functional departments can be integrated, management items collected by grid personnel can be conveniently and rapidly transferred to multiple corresponding functional departments for cooperative processing, and the efficiency of urban grid management is greatly improved.

Description

technical field [0001] The invention relates to the technical field of big data processing, in particular to an urban grid management platform. Background technique [0002] With the continuous acceleration of the urbanization process, my country's population presents a distinctive feature of flowing from rural areas to towns and from underdeveloped areas to developed areas. The gathering places and outbreak areas of contradictions also put forward higher requirements for public services and public safety. By constructing a criss-cross grid management and exerting the role of governance from the horizontal to the edge and vertical to the bottom, social contradictions can be effectively resolved. Grid management is based on the principles of territorial management, geographical layout, and status quo management. It divides the jurisdictional area into several grid-shaped units, and implements dynamic and comprehensive management for each grid. It is a digital management model...

AI Technical Summary

Problems solved by technology

[0003] 1. The degree of collaboration and integration of various functional departments is relatively low: the content and objects of grid management are complex, and the outstanding feature is collaboration. It adopts a criss-cross management model of vertical linear management and horizontal multi-functional department collaboration. This means that urban management is not just a fight between communities and streets alone, but also involves the integration and assistance of relevant government functional departments. However, most of the current collaborations are between communities under the jurisdiction of the same street, communities across streets, and cross-functional departments. Due to many factors, they do not have the right to deploy power and allocate resources to carry out services;

[0004] 2. Lack of effective integration of information resources and network platforms: information databases have not been established between communities and functional departments, and the efficiency of information data analysis and application is not high. They are independent, and the data is scattered and not shared. In addition, some prefecture-level cities have limited financial and material resources, and the degree of digital office is relatively backward. The construction of the entire grid management platform is relatively limited. Once information resources and network platforms Failure to effectively integrate and lack of professional business operations will increase the repeated reporting of grid personnel information and information asymmetry, reducing the relevance of grid comprehensive information

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