Urban-rural integration information grid system and information sharing method based on it

Abstract

The present invention provides an urban-rural integration information grid system and an information sharing method based on it. The urban-rural integration information grid system includes: an infrastructure layer for collecting basic data in real time; a resource layer for receiving basic data, and stored as sub-category data; the aggregation layer is used to retrieve sub-category data according to the requirements of the application layer, use the UUID algorithm to standardize the sub-category data, aggregate the standardized sub-category data, and aggregate The sub-category data of is stored as general classification data, and each general classification data is aggregated into each information grid; the application layer is used for users to access each information grid. In the urban-rural integration information grid system of the present invention and the information sharing method based on it, the sub-category data are standardized, aggregated, and aggregated into each information grid for user access. Therefore, the information grid data is aggregated on demand It enables users to carry out precise grasping and high grasping efficiency.

Description

technical field [0001] The invention relates to the technical field of smart cities, in particular to an urban-rural integrated information grid system and an information sharing method based thereon. Background technique [0002] Smart city is a systematic project, covering the city's industry, transportation, environment, people's livelihood, administrative governance, capital allocation, disaster prevention and mitigation, information sharing, system symbiosis and many other systems. The process of smart city construction is also a process of continuously deepening the reform of administrative management functions. Using the smart system as the glue, we will implement the development concept of innovation, coordination, green, openness and sharing into the whole process of urban construction, solve problems such as fragmentation, information islands, government coordination, and comprehensive services, and truly realize management innovation. An effective way to improve ...

AI Technical Summary

Problems solved by technology

[0005] Due to the lack of top-down top-level design, the construction of smart city informatization is mostly led by business departments, and different application systems are scattered in various departments, resulting in the generation of information islands, and information resources cannot be fully shared. However, the smart city development plan does not propose an effective solution for how to solve the problem of system and data duplication

[0007] Take Changxing County, Huzhou City, Zhejiang Province as an example. At present, various departments of the county government have 19 private networks (including public security, construction, housing management, land, national taxation, political law, statistics, health, industry and commerce, local taxation, finance, port and shipping, transportation management, Transportation administration, municipal management, human resources and social security, non-taxation, safety supervision, development and reform commission, etc.), about 70% of the information systems used by various departments are jointly constructed by the state, Zhejiang Province, and Huzhou City, such as the "statistical system" by the National Bureau of Statistics Unified construction; systems such as "Key Investment Project Supervision Platform" and "Safe City in Zhejiang Province" are jointly constructed by the province; The network needs to be physically isolated, and there is a bottleneck in data sharing, which not only increases the workload of repeated entry by various committees, offices, and bureaus, but also the data cannot be updated synchronously

[0008] 3. An effective overall coordination mechanism has not been formed, and there is a lack of organizational and financial guarantees

Each department applies for project funds, builds and uses it by itself, often because they cannot obtain operation and maintenance fees, which increases the operation risk of the system

[0010] 4. There is a lack of linkage mechanism, and co-construction and sharing need to be promoted urgently

[0011] The systems cannot be interconnected, the emergency system is loose, and the coordination efficiency is low

If the administrative examination and approval has not yet been handled in one click, citizens need to go back and forth to multiple windows and submit proof materials repeatedly during the process of handling affairs; many departments have set up multiple hotlines, but they mainly accept business consultations of their own departments, and business involving multiple departments cannot be handled in the department. The service efficiency is not high; public security, comprehensive management, urban management, traffic, and flood control all set up their own emergency command centers according to their own businesses, but there is almost no interconnection between them, and the functions of emergency management and coordination have not been fully utilized. Lack of a unified and linked emergency response system

[0012] 5. Lack of unified data construction and sharing and exchange mechanism, data fusion is very difficult

[0014] 6. Perceived monitoring equipment overlaps and repeated construction is serious

[0015] Public security, comprehensive management, water conservancy, urban management, transportation, environmental protection, safety supervision, education and other departments all have their own perception and monitoring equipment, and lack a unified IoT management platform to realize the integration and sharing of perception and monitoring equipment

[0016] 7. There are risks in information security

[0034] Existing data sharing platforms mainly focus on improving the classification catalogue. All data are thoroughly classified academically according to different source units, ignoring the internal connection between data. In this way, although the data provider meets the requirements of government data disclosure , but in the face of fragmented independent data, what the data demander needs is the data service after the fusion and cleaning of multiple parts; the existing data sharing platform is mainly based on phased data sharing, which has poor immediacy and accuracy Cannot play a role in the scene of real-time data

Poor coverage, spatial data, video data, GPS data, Internet of Things data and other expressive data can only be shared in the form of catalogs or services, which cannot meet the needs of applications

[0035] Existing data sharing provides a single data service or all data query services, the accuracy rate is low, and there is a lack of sorting and cleaning of block data. The actual governance needs to capture all the information of the entire area in the form of block data such as information grids , at this time, not only is there no information grid available for filtering, but even if there is some kind of block data, the information grid standard will not be uniform, and the data cannot be accurately captured, which will increase a large amount of data usage costs

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