Intelligent city planning system and method

Abstract

The invention relates to an intelligent city planning system and method. The cloud intelligent computing platform is a cloud operating system operated by a networked computer; a cloud intelligent processor is installed on the cloud intelligent computing platform. The cloud intelligent processor is composed of a digital population processing module, a digital land processing module, a financial economy processing module, a digital community processing module, a digital environment processing module, a digital culture processing module, a digital traffic processing module, a digital disaster processing module and a digital crime processing module. The digital population processing module, the digital land processing module, the financial and economic processing module, the digital communityprocessing module, the digital environment processing module, the digital culture processing module, the digital traffic processing module, the digital disaster processing module and the digital crimeprocessing module can achieve data uploading and downloading operation with the cloud intelligent processor. The cloud intelligent processor can realize data intercommunication processing operation with the cloud intelligent computing platform; data storage and overall planning are realized by adopting the method disclosed by the invention, so that simple operation and direct guidance are realized, and the method has good social and economic benefits.

Description

technical field [0001] The invention relates to the field of city planning, in particular to an intelligent city planning system and method. Background technique [0002] Smart city is one of the basic symbols of transition from the industrial age to the information age. It is a comprehensive project that can effectively acquire, classify and store, automatically process and intelligently identify massive data, has high resolution and high intelligence, can not only virtual reality but also directly participate in urban management and services. [0003] Traditional smart city planning has the following defects: First, the scope of traditional smart city planning is small, it can only cover the partial planning of smart city planning, and it cannot propose reasonable and effective systems and methods for the overall planning of smart cities, resulting in data reception and The one-sidedness of planning information collection cannot make a comprehensive estimate of the overal...

AI Technical Summary

Problems solved by technology

[0003] Traditional smart city planning has the following defects: First, the scope of traditional smart city planning is small, it can only cover the partial planning of smart city planning, and it cannot propose reasonable and effective systems and methods for the overall planning of smart cities, resulting in data reception and The one-sidedness of planning information collection cannot make a comprehensive estimate of the overall sustainable development of the smart city, which affects the final planning effect; secondly, the traditional smart city adopts a multi-point distributed independent data collection mode, resulting in the data of each point The transmission lacks correlation, and the big data analysis module and the networked computing module are confirmed. Separate data uploading and sorting need to consume more human resources, and the data collection and regularization work is more troublesome, and intelligent data integration and analysis operations cannot be realized; again, Traditional smart cities use a dedicated industrial network to implement the layout, the cost is high, the diversity of data and the large capacity of the data lead to defects in the storage and preservation mode of the industrial network, once the data is lost, it will cause unnecessary troubles, starting from the collection of data From the upload stage to the data regularization and analysis stage, traditional smart city planning and planning rely on separate ports for uploading, and use networked independent ports to implement data storage and transmission between computers, which will inevitably cause certain troubles and affect the transmission of data Continuity and accuracy of data transmission often occur or other unforeseen phenomena occur

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