Big data visualization three-dimensional GIS cloud rendering project generation system and method

Abstract

The invention provides a big data visualization three-dimensional GIS cloud rendering project generation system comprising a display device which is divided into a WEB version and a client version andis used for displaying a visualization design effect on a large screen, connecting real-time messages and supporting action event interaction and Internet of Things equipment linkage; a designer which is an efficient productivity tool based on visual editing; a remote controller which supports remote control of the display device through a handheld terminal; and a tool set. The invention furtherprovides a big data visualization three-dimensional GIS cloud rendering project generation method. The big data visualization three-dimensional GIS cloud rendering project generation method has the beneficial effects that big data can be continuously and fully used for data mining and analysis; the reusability is high; the big data visualization three-dimensional GIS cloud rendering project generation method is extremely easy to combine with the three-dimensional GIS; the configurability is high; the installation and deployment are simple; the remote control operation is humanized and convenient; and a large amount of time, manpower, material resources and financial resources are saved for users, so that the big data visualization three-dimensional GIS cloud rendering project generation method is easier to apply and popularize.

Description

technical field [0001] The invention relates to a big data visualization system, in particular to a big data visualization three-dimensional GIS cloud rendering project generation system and method. Background technique [0002] At present, the big data visualization system has a wide range of application scenarios and prospects. With the in-depth use of various users in the market, problems are gradually exposed. The first thing to bear the brunt is the inability to efficiently use big data for data mining analysis. In view of this, it cannot be fully reflected. The value of big data is basically not reusable. At present, some experts are mining the value of big data in the industry and refining different big data display and analysis topics. Every new topic requires a lot of repeated customization and development, which wastes research and development. cost. The combination of big data visualization system and 3D GIS (Geographic Information System) system is also a headac...

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Problems solved by technology

[0002] At present, the big data visualization system has a wide range of application scenarios and prospects. With the in-depth use of various users in the market, problems are gradually exposed. The first thing to bear the brunt is the inability to efficiently use big data for data mining analysis. In view of this, it cannot be fully reflected. The value of big data is basically not reusable. At present, some experts are mining the value of big data in the industry and refining different big data display and analysis topics. Every new topic requires a lot of repeated customization and development, which wastes research and development. cost

The combination of big data visualization system and 3D GIS (Geographic Information System) system is also a headache for ordinary R&D personnel, who spend a lot of time on the correct adaptation of different coordinate systems or different 3D terrain base maps and cannot extricate themselves

Before using the big data visualization 3D system, users need to pre-install various plug-ins cumbersomely, and have to purchase high-configuration machines for deployment and installation at an additional cost. Otherwise, the 3D rendering effect will be greatly reduced, and it is not convenient to operate the big data visualization system remotely. It is necessary to purchase high-end professional operation hosts. Generally speaking, the technologies currently used for big data visualization systems cannot be applied well due to the above shortcomings.

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