CN112015844A - Mineral resource multivariate information processing method based on GIS - Google Patents
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Abstract
The invention discloses a mineral resource multivariate information processing method based on a GIS, which comprises the steps of establishing a mineral resource multivariate information processing system based on a geographic database model; creating a transfer platform of a portal and a grid node computing pool in the mineral resource multivariate information processing system; creating a regional evaluation plate of mineral resources in a network environment; a user uploads related information data of mineral resources on a transfer platform; the intelligent service engine of the GIS is arranged in the transfer platform, and the intelligent service engine of the GIS is utilized to carry out data operation and space operation on the uploaded data of the user in a collaborative editing mode; a WEB service interface is provided externally through an intelligent service engine of the GIS, and intelligent load balance is provided for GIS data operation and space operation. The invention carries out online evaluation and analysis on mineral resources, realizes online collaborative editing of different node space data in a network environment, and realizes updating of basic data information and online data updating service in the field at different places.
Description
Technical Field
The invention belongs to the technical field of mineral resources, and particularly relates to a GIS-based mineral resource multivariate information processing method.
Background
Mineral resources, also known as mineral resources, are aggregates of minerals or useful elements that are formed by geological mineralization, naturally present in the earth's crust, buried underground or exposed to the surface, are in a solid, liquid or gaseous state, and have exploitation and utilization values. Mineral resources are important natural resources, which are not the empire's entitlements but formed through geological changes for millions of years and even hundreds of millions of years, which are important material bases for social production development, and the production and life of people in modern society cannot leave the mineral resources.
Geographic Information Systems (GIS), sometimes also referred to as "geosciences information systems", are a particular, very important spatial information system. The system is a technical system for collecting, storing, managing, calculating, analyzing, displaying and describing relevant geographic distribution data in the whole or partial earth surface layer (including the atmosphere) space under the support of a computer hardware and software system, and can be applied to scientific investigation, resource management, property management, development planning, drawing and route planning.
At present, newly discovered geological mineral resource information cannot be shared in time, and the online updating speed is slow; the discussion of information related to mineral resources cannot be authenticated authoritatively, resulting in misleading information to be spread over the network environment; the advantages of a large network environment are not well utilized to extract and analyze mineral resource information so as to obtain a new geological mineral resource development area, the interactivity among related users is small, and the diversified information sharing efficiency is low.
Disclosure of Invention
Based on the defects of the prior art, the technical problem to be solved by the invention is to provide a mineral resource multivariate information processing method based on a GIS, which is used for carrying out online evaluation and analysis on mineral resources, realizing online collaborative editing of different node space data in a network environment and realizing updating of basic data information and online data updating service in the field at different places.
In order to solve the technical problem, the invention provides a GIS-based mineral resource multivariate information processing method, which comprises the following steps:
s1: establishing a mineral resource multivariate information processing system based on a geographic database model, and storing, organizing and managing geological data;
s2: creating a transfer platform of a portal and a grid node computing pool in the mineral resource multivariate information processing system, establishing a geological space information grid platform shared and cooperated by distributed data resources, software resources and hardware resources, and deploying and distributing nodes;
s3: creating a regional evaluation plate of mineral resources in a network environment for a user to issue comments in the plate;
s4: a user uploads related information data of mineral resources on the transfer platform and stores the related information data into the mineral resource multivariate information processing system;
s5: the intelligent service engine of the GIS is arranged in the transfer platform, and the intelligent service engine of the GIS is utilized to carry out data operation and space operation on the uploaded data of the user in a collaborative editing mode;
s6: a WEB service interface is provided externally through an intelligent service engine of the GIS, and intelligent load balance is provided for GIS data operation and space operation.
Optionally, in step S5, the method specifically includes:
s51: the intelligent service engine of the GIS carries out comparative analysis on the data uploaded by the user and the data in the geographic database model, screens out the data which are different from the information stored in the geographic database model, and issues the difference data to a regional evaluation board block for the user to carry out comprehensive discussion;
s52: an intelligent service engine of the GIS extracts the ore finding confidence and the ore control factor from the uploaded data of the user, performs basic data preprocessing, spatial analysis and online collaborative editing, and performs online evaluation and analysis on mineral resources.
Furthermore, the intelligent service engine of the GIS comprises functional modules of resource information dynamic monitoring, asynchronous communication and load balancing, distributed GIS collaborative editing, data operation, spatial operation and the like.
Furthermore, an auditing module for user registration is arranged in the mineral resource multivariate information processing system, and user auditing conditions entering the system are set.
Optionally, a resource information sensor is used to monitor various types of information of each target host in the virtual node.
Optionally, an expert supervision group is established in the background of the regional evaluation board block, and is used for supervising the discussion information in the regional evaluation board block in real time, providing authoritative explanation for the disputed topics, and correcting the wrong cognition.
Optionally, the mineral resource multivariate information processing system provides a port for searching and demand query of geological data, data and information products.
Further, the ore control factors comprise structures, magma activities, strata, lithofacies, ancient geography, regional geochemistry factors, metamorphic factors, lithology, ancient hydrology, weathering factors and human factors.
Therefore, compared with the prior art, the GIS-based mineral resource multivariate information processing method has the following beneficial effects:
the invention provides a resource sharing platform for users, can search and inquire the demand of geological data, data and information products, can discuss mineral resources on line, obtain professional judgment and reduce the diffusion of error information; by using an intelligent service engine of the GIS, the mine finding confidence and the mine control factor can be extracted from the uploaded data of the user, and basic data preprocessing, spatial analysis and online collaborative editing are carried out to carry out online evaluation and analysis on mineral resources; the geological space information grid platform shared and cooperated by distributed data resources, software resources and hardware resources is established, online cooperative editing of different node space data in a network environment is realized, and basic data information updating and online data updating services in the field at different places are realized.
The foregoing description is only an overview of the technical solutions of the present invention, and in order to make the technical means of the present invention more clearly understood, the present invention may be implemented in accordance with the content of the description, and in order to make the above and other objects, features, and advantages of the present invention more clearly understood, the following detailed description is given in conjunction with the preferred embodiments, together with the accompanying drawings.
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In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings of the embodiments will be briefly described below.
FIG. 1 is a flow chart of a GIS-based mineral resource multivariate information processing method of the invention.
Detailed Description
Other aspects, features and advantages of the present invention will become apparent from the following detailed description, taken in conjunction with the accompanying drawings, which form a part of this specification, and which illustrate, by way of example, the principles of the invention. In the referenced drawings, the same or similar components in different drawings are denoted by the same reference numerals.
As shown in fig. 1, the invention provides a method for processing mineral resource multivariate information based on a GIS, which comprises the following specific steps:
s1: and establishing a mineral resource multivariate information processing system based on the geographic database model, and storing, organizing and managing geological data.
S2: a transfer platform of a portal and a grid node computing pool is established in the mineral resource multivariate information processing system, a geological space information grid platform shared and cooperated by distributed data resources, software resources and hardware resources is established, and nodes are deployed and distributed. In addition, an auditing module for user registration is arranged in the mineral resource multivariate information processing system, and user auditing conditions entering the system are set for screening user qualification. And monitoring various kinds of information of each target host in the virtual nodes by adopting a resource information sensor. The mineral resource multivariate information processing system provides a retrieval and demand query port for geological data, data and information products.
S3: and in addition, an expert supervision group is established in the background of the regional evaluation plate and is used for supervising the discussion information in the regional evaluation plate in real time, providing authoritative explanation for the disputed topics and correcting wrong cognition.
S4: and the user uploads the related information data of the mineral resources on the transfer platform and stores the related information data into the mineral resource multivariate information processing system.
S5: set up GIS's intelligent service engine in the transfer platform, utilize GIS's intelligent service engine to the operation of user's upload data editorial data in coordination with the space operation, specifically do:
s51: the intelligent service engine of the GIS carries out comparative analysis on the data uploaded by the user and the data in the geographic database model, screens out the data which are different from the information stored in the geographic database model, and issues the difference data to a regional evaluation board for the user to carry out comprehensive discussion;
s52: the intelligent service engine of the GIS extracts mineral finding confidence and mineral control factors from the uploaded data of the user, performs basic data preprocessing, spatial analysis and online collaborative editing, and performs online evaluation and analysis on mineral resources; wherein the mineral control factors comprise structures, magma activities, strata, lithofacies, ancient geography, regional geochemistry factors, metamorphic factors, lithology, ancient hydrology, weathering factors and human factors.
S6: a WEB service interface is provided externally through an intelligent service engine of the GIS, and intelligent load balance is provided for GIS data operation and space operation.
In this embodiment, the intelligent service engine of the GIS includes functional modules such as resource information dynamic monitoring, asynchronous communication and load balancing, distributed GIS collaborative editing, data operation, and spatial operation. The various types of information for each target host encompass host performance, architecture, current state.
The invention provides a resource sharing platform for users, can search and inquire the demand of geological data, data and information products, can discuss mineral resources on line, obtain professional judgment and reduce the diffusion of error information; by using an intelligent service engine of the GIS, the mine finding confidence and the mine control factor can be extracted from the uploaded data of the user, and basic data preprocessing, spatial analysis and online collaborative editing are carried out to carry out online evaluation and analysis on mineral resources; the geological space information grid platform shared and cooperated by distributed data resources, software resources and hardware resources is established, online cooperative editing of different node space data in a network environment is realized, and basic data information updating and online data updating services in the field at different places are realized.
While the foregoing is directed to the preferred embodiment of the present invention, other and further embodiments of the invention may be devised without departing from the basic scope thereof, and the scope thereof is determined by the claims that follow.
Claims (8)
1. A mineral resource multivariate information processing method based on GIS is characterized by comprising the following steps:
s1: establishing a mineral resource multivariate information processing system based on a geographic database model, and storing, organizing and managing geological data;
s2: creating a transfer platform of a portal and a grid node computing pool in the mineral resource multivariate information processing system, establishing a geological space information grid platform shared and cooperated by distributed data resources, software resources and hardware resources, and deploying and distributing nodes;
s3: creating a regional evaluation plate of mineral resources in a network environment for a user to issue comments in the plate;
s4: a user uploads related information data of mineral resources on the transfer platform and stores the related information data into the mineral resource multivariate information processing system;
s5: the intelligent service engine of the GIS is arranged in the transfer platform, and the intelligent service engine of the GIS is utilized to carry out data operation and space operation on the uploaded data of the user in a collaborative editing mode;
s6: a WEB service interface is provided externally through an intelligent service engine of the GIS, and intelligent load balance is provided for GIS data operation and space operation.
2. The GIS-based multivariate information processing method for mineral resources based on GIS according to claim 1, wherein in the step S5, the concrete steps are:
s51: the intelligent service engine of the GIS carries out comparative analysis on the data uploaded by the user and the data in the geographic database model, screens out the data which are different from the information stored in the geographic database model, and issues the difference data to a regional evaluation board block for the user to carry out comprehensive discussion;
s52: an intelligent service engine of the GIS extracts the ore finding confidence and the ore control factor from the uploaded data of the user, performs basic data preprocessing, spatial analysis and online collaborative editing, and performs online evaluation and analysis on mineral resources.
3. The GIS-based mineral resource multivariate information processing method according to claim 1, wherein the GIS intelligent service engine comprises functional modules of resource information dynamic monitoring, asynchronous communication and load balancing, distributed GIS collaborative editing, data operation, spatial operation and the like.
4. The GIS-based multivariate information processing method for mineral resources based on the GIS as claimed in claim 1, wherein an audit module for user registration is provided in the multivariate information processing system for mineral resources, and user audit conditions for entering the multivariate information processing system are set.
5. The GIS-based mineral resource multivariate information processing method of claim 1, wherein a resource information sensor is adopted to monitor various types of information of each target host in the virtual node.
6. The GIS-based mineral resource multivariate information processing method as defined in claim 1, wherein an expert supervision group is established in the background of the regional evaluation panel for supervising the discussion information in the regional evaluation panel in real time, providing authoritative explanation for the disputed topics and correcting the wrong cognition.
7. The GIS based mineral resource multivariate information processing method of claim 1, wherein the mineral resource multivariate information processing system provides a port for searching and demand query of geological data, data and information products.
8. The GIS-based multivariate information processing method for mineral resources based on GIS according to claim 2, wherein the mineral control factors include structure, magma activity, stratum, lithofacies, paleogeography, regional geochemistry factors, metamorphic factors, lithology, paleohydrology, weathering factors, and human factors.
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Application publication date: 20201201 Assignee: Liaoning Xinsike Technology Co.,Ltd. Assignor: LIAONING TECHNICAL University Contract record no.: X2024980004048 Denomination of invention: A GIS based method for processing multivariate information of mineral resources Granted publication date: 20240126 License type: Common License Record date: 20240409 |
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