Rock-soil dynamic information processing system and method based on cloud GIS platform

Abstract

The invention provides a rock-soil dynamic information processing system and method based on a cloud GIS platform. The system comprises a client, a cloud GIS platform server and an office data terminal. The client is configured to collect rock-soil survey data by using the mobile terminal, perform corresponding authority processing on the collected data, package and upload the data to the cloud GIS platform server and the office data terminal, call information to be queried according to an input instruction, and display a query result. The cloud GIS platform server side is configured to receive, set and manage survey tasks, distribute the survey tasks to the corresponding mobile terminals according to different set authorities, and receive and store information fed back by the corresponding mobile terminals. The office data end is configured to interact with the cloud GIS platform server end, acquire field survey data, download survey tasks according to set permission, acquire rock andsoil survey data packets uploaded by the client, perform recheck and comparison, and provide a comparison result and a query data source for the client.

Description

technical field [0001] The present disclosure relates to a system and method for processing geotechnical dynamic information based on a cloud GIS platform. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] The current geotechnical dynamic information processing needs to go to the outdoor site for real-time or interval sampling, and then return to the laboratory or indoor for specific data processing. This processing flow has the following disadvantages: [0004] First of all, the principle of fixed-point sampling and fixed-point processing of data in this way will cause waste of manpower, materials, and time. This reciprocating processing process requires a lot of repetitive labor, and the scope of human activities is limited, which will cause material, human resources, and round-trip time. waste; [0005] Secondly, the results of this ki...

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Problems solved by technology

[0004] First of all, the principle of fixed-point sampling and fixed-point processing of data in this way will cause waste of manpower, materials, and time. This reciprocating processing process requires a lot of repetitive labor, and the scope of human activities is limited, which will cause material, human resources, and round-trip time. waste;

[0005] Secondly, the results of this kind of reciprocating on-site sampling and then returning to the room for processing cannot be well guaranteed. At the same time, reciprocating on-site will cause frequent reconnaissance of sampling points. The accuracy and timeliness of data have a great impact;

[0006] In addition, during the survey process, the surveyors may not be able to follow the complete route, or the route is completely correct. They are only estimated based on experience, and there will often be problems of missed marks and missed surveys.

[0007] At present, there have been literatures that provide on-site testing instruments capable of remote transmission in an attempt to solve the above problems. However, the remote acquisition at this stage can only realize the functions of fixed-point acquisition and fixed-point processing, and cannot solve the problem of professional and technical personnel traveling on business, or post-test personnel, Situations where location or process changes

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