CN108121707B

CN108121707B - Intelligent monitoring system for urban and rural construction big data

Info

Publication number: CN108121707B
Application number: CN201611065707.6A
Authority: CN
Inventors: 马翱慧; 王力; 毛继国; 王贺朋; 李卓梁; 唐辉
Original assignee: Stargis Tianjin Technology Development Co ltd
Current assignee: Stargis Tianjin Technology Development Co ltd
Priority date: 2016-11-28
Filing date: 2016-11-28
Publication date: 2021-09-24
Anticipated expiration: 2036-11-28
Also published as: CN108121707A

Abstract

The invention discloses an intelligent monitoring system for urban and rural construction big data, which relates to the technical field of software application and is characterized by comprising a theme data warehouse, a service support subsystem and a display monitoring subsystem, wherein the theme data warehouse provides data resources for a service support module; the service support subsystem respectively provides analysis statistical results and analysis evaluation results to the supervision display module through data mining analysis, and provides space two-dimensional and three-dimensional map services to the supervision display module; the supervision display subsystem displays the spatial distribution and spatial statistical results of supervision business items in space through linkage with the two three-dimensional maps. The advantages are that: the method comprises the steps of effectively extracting and collecting multi-source information, acquiring results by data mining analysis through establishing a supervision evaluation model, displaying in flexible and various forms, fusing with two-dimensional and three-dimensional graphic information, realizing spatial and three-dimensional presentation of supervision information, and achieving overall intelligent overall-process multi-dimensional supervision and evaluation on urban and rural construction.

Description

Intelligent monitoring system for urban and rural construction big data

Technical Field

The invention relates to the technical field of software application, in particular to an intelligent monitoring system for urban and rural construction big data, which is used for mining and analyzing the big business data to obtain a monitoring and evaluation result by establishing a business monitoring and evaluation model, and effectively and reasonably displaying the monitoring and evaluation result information in a set display form and a linkage interaction mode with a two-three-dimensional map according to business monitoring and main body evaluation logic to form multi-dimensional integrated intelligent monitoring for urban and rural construction business.

Background

Wisdom cities have both narrow and broad senses. The intelligent city in the narrow sense refers to a city development new mode which is based on the internet of things, enables all functions in the city to be coordinated and operated through the internet of things, is mainly characterized by high integration of intelligent technology, high-end development of intelligent industry and high-efficiency and convenient intelligent service, is essentially more thorough in perception, more extensive in connection, more centralized and more deep in calculation, and is implanted with intelligent genes for the city texture. The smart city in the broad sense is a brand-new city form which aims at 'more scientific development, more efficient management, more harmonious society and better life' and has more perfect perception, cognition, learning, growth, innovation, decision-making, regulation and control capability and behavior consciousness on the basis of a top-down organized information network system.

The concept of the smart city is described according to the current relatively authoritative Chinese smart engineering research meeting: the smart city is a development factor of the global urban and rural integrated development, the urban sustainable development and the national core demand at present, the advanced information technology and the advanced urban management service concept are effectively fused, and the urban infrastructure, the infrastructure environment, the production and life related industries and facilities are subjected to multi-azimuth digital and informationized real-time processing and application by carrying out digital network management on the urban geographic, resource, environment, economy, society and other systems, so that a simpler, efficient and flexible decision support and action tool is provided for urban management and operation, and a more convenient, efficient and flexible innovative operation and service mode is provided for urban public management and service.

The smart city is considered from the perspective of the corresponding social security, consumption, housing, civil service, social security, medical health and health, education, culture, employment, income and the like in the sense and experience of people on the self survival and development conditions; the method is also considered from the management perspective of the smart city in the aspects of reasonable application of homeland resources, layout of city construction, comprehensive city management, public safety management, transportation management, emergency command management, energy conservation and emission reduction management, infrastructure management, social management, community management, enterprise economic transformation, service and the like; but also from the perspective of improving social responsibility in proving civilization, propagating urban image, and maintaining equity responsibility.

And the key to realizing the smart city lies in the construction of the digital city. The digital city is the development direction of urban informatization, and the reasonable management and application of the homeland resources are important marks of urban planning and urban modernization level and become the infrastructure content and development trend of the digital city.

In the information construction of urban and rural construction administrative management, most of services are only subjected to information carding, and on the basis, an information software management system is established for individual services and service main bodies, so that supervision is realized to a certain extent, but the supervision surface is narrow, and the angle is relatively single. At present, with the application and the application of each business application management system, although each business accumulates a large amount of data, the overall supervision and evaluation from urban and rural construction is difficult, an effective scheme is lacked, and on the basis of the existing data resources, an informatization technology means is utilized, a scientific and effective supervision and evaluation mode is adopted, so that the comprehensive and multidimensional intelligent supervision and evaluation in the whole process is formed in advance and afterwards of the urban and rural construction, and comprehensive and reliable support information is provided for scientific decision making of urban and rural construction managers.

Disclosure of Invention

In order to solve the problems, the technical scheme provides an intelligent urban and rural construction big data supervision system, which effectively solves the difficult problem of difficult supervision and evaluation in advance and afterward of urban and rural construction, realizes all-round multi-dimension and intellectualization of the urban and rural construction administrative supervision and main body evaluation, provides comprehensive and reliable information for decision makers, and is an effective informatization solution for intelligent supervision and evaluation of the whole service.

In order to achieve the purpose, the invention provides an intelligent urban and rural construction big data supervision system, which comprises a theme data warehouse, a service support subsystem and a display supervision subsystem, wherein the theme data warehouse is used for storing urban and rural construction supervision business items, requirements, records and spatial data extracted and collected by various business application systems and providing data resources for a service support module; the service support subsystem takes subject data warehouse data resources as objects, establishes a business supervision logic model and a main supervision evaluation model, respectively provides analysis statistical results and analysis evaluation results for the supervision display module through data mining analysis, and provides space two-three-dimensional map services for the supervision display module; the supervision and display subsystem displays the supervision and management item statistical results from different logic levels in business on the basis of the analysis and statistical results and the analysis and evaluation results provided by the service support module, displays the evaluation results of the main object according to the evaluation logic, and displays the spatial distribution and the spatial statistical results of the supervision and management business items in space through linkage with the two-dimensional map.

An intelligent monitoring system for urban and rural construction big data is disclosed, wherein a theme data warehouse is used for storing urban and rural construction monitoring business items, essential elements, records and spatial data collected by various business application systems and providing data resources for a service support module; the theme data warehouse comprises a data extraction and collection module and a theme library;

wherein: the data extraction and collection module: extracting data contents from each business application system according to the theme data structure and the contents and a set period, and screening data;

the subject library: and the data extraction and collection submodule is used for storing the extracted and screened data in a corresponding topic library according to the topic type.

An intelligent urban and rural construction big data supervision system is characterized in that a service support subsystem takes subject data warehouse data resources as objects, a service supervision logic model and a main supervision evaluation model are established, analysis statistics results and analysis evaluation results are respectively provided for a supervision display module through data mining analysis, and the service support subsystem provides space two-dimensional and three-dimensional map services for the supervision display module; the service support subsystem comprises a business supervision analysis and statistics module, a main body analysis and evaluation module and a map service management support module;

wherein: the service supervision analysis and statistics module comprises: establishing a business supervision logic model, calling data from a business class subject library according to the business logic model, and carrying out statistical analysis on the called data to obtain a business item analysis statistical result;

the main body analysis and evaluation module: establishing a main body supervision evaluation model, calling data from a main body class subject library according to the evaluation model, carrying out statistical analysis on the called data, and referring to a model classification evaluation standard to obtain a main body object analysis evaluation result;

the map service management support module: the method is used for creating, publishing and managing two-dimensional and three-dimensional space map services and space statistical analysis services.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the business supervision analysis statistics module: establishing a business supervision logic model, calling data from a business class subject library according to the business logic model, and carrying out statistical analysis on the called data to obtain a business item analysis statistical result; wherein: the business supervision analysis and statistics module comprises a business supervision logic model management submodule, a data calling submodule and a data statistics analysis submodule;

wherein, the business supervision logic model management submodule: the system is used for creating and deleting the service supervision logic model and modifying the created model according to the adjustment content of the analysis statistical object;

the data calling submodule: setting a data calling mode and calling logic according to the service supervision logic model, and automatically calling required data from the service class theme library;

the data statistical analysis submodule comprises: and the data retrieval sub-module is used for carrying out statistical analysis on the data retrieved by the data retrieval sub-module and obtaining result information of the set analysis statistical content.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the main part analysis evaluation module: establishing a main body supervision evaluation model, calling data from a main body class subject library according to the evaluation model, carrying out statistical analysis on the called data, and referring to a model classification evaluation standard to obtain a main body object analysis evaluation result; wherein: the subject analysis and evaluation module comprises: the supervision and evaluation model management submodule, the data calling submodule, the data statistical analysis submodule and the evaluation classification submodule;

wherein, the supervision evaluation model management submodule: the system is used for creating and deleting the main body supervision evaluation model, and modifying the created model according to the adjustment content of the analysis evaluation object;

the data calling submodule: setting a data calling mode and calling logic according to a subject supervision evaluation model, and automatically calling the data from a subject database;

the data statistical analysis submodule comprises: the statistical analysis module is used for performing statistical analysis on the data called by the data calling submodule to obtain a statistical analysis result of the set evaluation content;

the evaluation classification submodule: and the data statistical analysis submodule is used for obtaining statistical analysis result information of the main body evaluation content, and comparing evaluation classification standards in the supervision evaluation model to obtain the analysis evaluation result information of the main body.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, map service management supports the module: the system comprises a three-dimensional map service and a spatial statistical analysis service, wherein the three-dimensional map service is used for creating, publishing and managing two and three-dimensional spatial map services; wherein the map service management support module comprises: the service creating submodule, the service issuing submodule and the service management submodule;

wherein the service creation sub-module: the system is used for establishing two-dimensional map service, three-dimensional map service, two-dimensional space statistic service and two-dimensional space analysis service;

the service issuing submodule: the system is used for issuing created two-dimensional map service, three-dimensional map service, two-dimensional space statistic service and two-dimensional space analysis service;

the service management submodule is used for: the method is used for deleting and editing the issued two-dimensional map service, three-dimensional map service, two-dimensional space statistic service and two-dimensional space analysis service, wherein the edited content covers the modification of service type, service range and service limitation.

An urban and rural construction big data intelligent supervision system is characterized in that a supervision display subsystem displays supervision business statistical results from different logic levels in business on the basis of analysis statistical results and analysis evaluation results provided by a service support module, displays evaluation results of a main object according to evaluation logic, and displays supervision business item spatial distribution and spatial statistical results in space through linkage with a two-dimensional map and a three-dimensional map; the supervision display subsystem comprises a service supervision display module, a main body evaluation display module and a map display module;

wherein, the service supervision display module: obtaining analysis statistical result information of the supervision service from the service supervision analysis statistical module, laying out supervision display according to service supervision logic, setting a display form, and displaying the analysis statistical result of the supervision service;

the main body evaluation display module: obtaining analysis and evaluation result information of the main body object from the main body evaluation and analysis module, laying out evaluation display according to main body evaluation logic, setting a display form and displaying the analysis and evaluation result of the main body;

the map display module: the method is used for displaying two-dimensional and three-dimensional space service data, browsing, inquiring, measuring and calculating, and carrying out statistical analysis operation on a display screen, provides a linkage interface for the service supervision and display module, and displays the spatial distribution and spatial statistical result of supervision service items in linkage with the service.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the business supervision show module: obtaining analysis statistical result information of the supervision service from the service supervision analysis statistical module, laying out supervision display according to service supervision logic, setting a display form, and displaying the analysis statistical result of the supervision service; the business supervision and display module comprises an information acquisition sub-module, a layout setting sub-module, a display form setting sub-module and a supervision and display bar sub-module;

wherein the information acquisition submodule: the data statistical analysis submodule is used for acquiring the analysis statistical result information of the supervision service from the data statistical analysis submodule of the service supervision analysis statistical module;

the layout setting submodule: distributing the display content of the supervision service according to the service supervision logic and the content of the statistical result, and setting the display layout;

the display form setting submodule: setting the display form, the map linkage interface and the linkage mode of each display content of the supervision service according to the statistical result content of the supervision service;

the supervision display column module is as follows: the map function calling interface is used for displaying the monitoring service analysis statistical result according to the set display layout, display content and display form and calling the map function calling interface according to the set linkage mode to call the map function.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, main part evaluation display module: obtaining analysis and evaluation result information of the main body object from the main body evaluation and analysis module, laying out evaluation display according to main body evaluation logic, setting a display form and displaying the analysis and evaluation result of the main body; wherein: the main body evaluation display module comprises an information acquisition sub-module, a layout setting sub-module, a display form setting sub-module and an evaluation display column sub-module;

wherein the information acquisition submodule: the evaluation classification submodule is used for acquiring the analysis evaluation result information of the main body from the evaluation classification submodule of the main body analysis evaluation module;

the layout setting submodule: distributing the display content of the evaluation subject according to the evaluation logic and the evaluation result content of the supervision subject, and setting the display layout;

the display form setting submodule: setting the display form of each display content of the evaluation subject according to the evaluation result content of the supervision subject;

the evaluation display column module: and the method is used for displaying the analysis and evaluation results of the supervision main body according to the set display layout, display contents and display form.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the map display module: the system is used for displaying two-dimensional and three-dimensional space service data, browsing, inquiring, measuring and calculating, and carrying out statistical analysis operation on a display screen, provides a linkage interface for a business supervision display module, and displays the spatial distribution and spatial statistical result of supervision business items in linkage with business; the map display module comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information query sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

wherein the three-dimensional display submodule: displaying the three-dimensional map service data, and controlling the display of each layer in the map service in a display;

the two-dimensional display submodule is as follows: displaying the two-dimensional map service data, and controlling the display of each layer in the map service in the display process;

the map browsing sub-module: browsing the map service data displayed in the two-dimensional and three-dimensional display sub-modules, wherein the browsing operation comprises roaming and zooming;

the service information inquiry submodule: the system comprises a two-dimensional display sub-module, a data processing sub-module and a data processing sub-module, wherein the two-dimensional display sub-module is used for displaying business map service data;

the length area measurement submodule: the system comprises a two-dimensional display submodule, a data acquisition submodule and a data processing submodule, wherein the two-dimensional display submodule is used for displaying the map service data in the two-dimensional display submodule;

the two-dimensional space statistics submodule is: the system comprises a two-dimensional display submodule, a buffer area statistic module and a data processing submodule, wherein the two-dimensional display submodule is used for carrying out spatial statistics operation on service data of a business map displayed in the two-dimensional display submodule, and the spatial statistics covers administrative area statistics, range defining statistics and buffer area statistics;

the two-dimensional space analysis submodule: the system comprises a two-dimensional display submodule, a data processing submodule and a data processing submodule, wherein the two-dimensional display submodule is used for displaying business map service data in the two-dimensional display submodule;

the service calling interface sub-module: and the map function calling interface is used for providing a map function calling interface for the display form setting submodule of the business supervision display module and establishing the map function calling interface.

An urban and rural construction big data intelligent supervision system is characterized in that a supervision display subsystem displays supervision business statistical results from different logic levels in business on the basis of analysis statistical results and analysis evaluation results provided by a service support module, displays evaluation results of a main object according to evaluation logic, and displays supervision business item spatial distribution and spatial statistical results in space through linkage with a two-dimensional map and a three-dimensional map; the monitoring display subsystem comprises an information acquisition module, a display layout setting module, a display form setting module, a display bar module and a map display module;

wherein the information acquisition module: the system is used for acquiring analysis and statistics result information of the supervision business and analysis and evaluation result information of a main body from the service support subsystem;

the display layout setting module: distributing the display content and setting the display layout according to the information content and the display logic requirement acquired by the information acquisition module;

the display form setting module: setting the display form of each part of displayed content according to the displayed information content and the set layout;

the display bar module: and the method is used for displaying the analysis and statistics results of the supervision business and the analysis and evaluation results of the supervision subject according to the set display layout, display content and display form. The display bar module comprises a business supervision display bar submodule and a main body evaluation display bar submodule;

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the information acquisition module: the system is used for acquiring analysis and statistics result information of the supervision business and analysis and evaluation result information of a main body from the service support subsystem; the information acquisition module comprises a business statistical information acquisition submodule and a main body evaluation information acquisition submodule;

the service statistical information acquisition submodule comprises: the data statistical analysis submodule is used for acquiring the analysis statistical result information of the supervision service from the data statistical analysis submodule of the service supervision analysis statistical module;

the main body evaluation information acquisition submodule: and the evaluation classification submodule is used for acquiring the analysis evaluation result information of the main body from the evaluation classification submodule of the main body analysis evaluation module.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, show layout setting module: distributing the display content and setting the display layout according to the information content and the display logic requirement acquired by the information acquisition module; the display layout setting module comprises a business supervision display layout setting submodule and a main body evaluation display layout setting submodule;

wherein, the said business supervises and shows the layout and presumes the submodule: distributing the display content of the supervision service according to the service supervision logic and the statistical information content, and setting the display layout;

the main body evaluation display layout setting submodule: and distributing the display content of the evaluation subject according to the evaluation logic and the evaluation result content of the supervision subject, and setting the display layout.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, show form setting module: setting the display form of each part of displayed content according to the displayed information content and the set layout, wherein the display form setting module comprises a business supervision display form setting submodule and a main evaluation display form setting submodule;

wherein, the business supervision display form setting submodule: setting the display form, the map linkage interface and the linkage mode of each display content of the supervision service according to the statistical result content of the supervision service;

the main body evaluation display form setting submodule: and setting the display form of each display content of the evaluation subject according to the evaluation result content of the supervision subject.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the show fence module: the system is used for displaying the analysis and statistics results of the supervision business and the analysis and evaluation results of the supervision subject according to the set display layout, display content and display form; the display bar module comprises a business supervision display bar submodule and a main body evaluation display bar submodule;

wherein, the business supervision display column submodule: the system is used for displaying the monitoring service analysis statistical result according to the set display layout, display content and display form and calling a map function calling interface according to a set linkage mode to call the map function;

the main body evaluation display column module: and the method is used for displaying the analysis and evaluation results of the supervision main body according to the set display layout, display contents and display form.

The utility model provides a big data intelligence supervisory systems of town and country construction, wherein, the map display module: the system is used for displaying two-dimensional and three-dimensional space service data, browsing, inquiring, measuring and calculating, and carrying out statistical analysis operation on a display screen, provides a linkage interface for a business supervision display module, and displays the spatial distribution and spatial statistical result of supervision business items in linkage with business; the map display module comprises: the system comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information inquiry sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

the service calling interface sub-module: and the map function calling interface is used for providing a map function calling interface for the business supervision display form setting submodule of the display form setting module and establishing the map function calling interface.

An intelligent supervision system for urban and rural construction big data is disclosed, wherein the theme database comprises a main subject database, a business subject database and a space subject database; the subject class theme library: the system is used for storing project, enterprise and personnel information data; the service class theme library: the system is used for storing urban and rural construction business item data; the space class theme library: the method is used for storing basic, business, three-dimensional map data and key project three-dimensional model data.

It can be seen from this that:

the technical scheme in the embodiment of the invention can effectively extract and collect the big data accumulated by each business application system into the main data warehouse by technical means, in the service support subsystem, on the basis of the established business supervision logic model and the main body supervision evaluation model, the data mining analysis technology is utilized to obtain an analysis result, and a space two-three-dimensional map service is established, finally, according to the service supervision and the main body evaluation logic in the supervision display subsystem, reasonably displaying the analyzed supervision and evaluation result information in a set display form and a linkage mode formed by the two-dimensional map data, therefore, the construction of an all-round multi-dimensional intelligent supervision and evaluation software platform in the whole process of the urban and rural construction in advance is realized, and comprehensive multi-dimensional support information is provided for scientific decision making of urban and rural construction managers.

Drawings

Fig. 1 is a schematic structural diagram of an intelligent construction big data monitoring system provided in an embodiment of the present invention;

FIG. 2 is a schematic diagram of a subject data warehouse architecture in an embodiment of the invention;

FIG. 3 is a schematic structural diagram of a service support subsystem in an embodiment of the invention;

FIG. 4 is a schematic structural diagram of a traffic supervision analysis statistics module in an embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a main body analysis and evaluation module according to an embodiment of the present invention;

FIG. 6 is a block diagram of a map service management support module according to an embodiment of the present invention;

FIG. 7 is a schematic diagram of a monitoring display subsystem according to an embodiment of the present invention;

FIG. 8 is a schematic structural diagram of a business administration display module according to an embodiment of the present invention;

FIG. 9 is a schematic structural diagram of a subject evaluation display module according to an embodiment of the present invention;

FIG. 10 is a block diagram of a map display module according to an embodiment of the present invention;

FIG. 11 is a schematic diagram of a monitoring display subsystem according to an embodiment of the present invention;

FIG. 12 is a block diagram of an information acquisition module according to an embodiment of the present invention;

FIG. 13 is a block diagram of a display layout setting module according to an embodiment of the present invention;

FIG. 14 is a schematic structural diagram of a presentation type setting module according to an embodiment of the present invention;

FIG. 15 is a block diagram of a display case module according to an embodiment of the present invention;

fig. 16 is a schematic structural diagram of a map display module according to an embodiment of the present invention.

Detailed Description

In order that those skilled in the art will better understand the technical solution of the present invention, the present invention will be described in detail with reference to the accompanying drawings and specific embodiments, wherein the exemplary embodiments and the description of the present invention are used for explaining the present invention, but not limiting the present invention.

Example 1:

fig. 1 is a schematic structural diagram of an intelligent big data supervision system for construction according to this embodiment, and as shown in fig. 1, the system for intelligent supervision for construction big data for urban and rural areas includes a subject data warehouse, a service support subsystem, and a display supervision subsystem, where the subject data warehouse is used for storing urban and rural construction supervision business items, requirements, records, and spatial data collected by various business application systems, and providing data resources for a service support module; the service support subsystem takes subject data warehouse data resources as objects, establishes a business supervision logic model and a main supervision evaluation model, respectively provides analysis statistical results and analysis evaluation results for the supervision display module through data mining analysis, and provides space two-three-dimensional map services for the supervision display module; the supervision and display subsystem displays the supervision and management item statistical results from different logic levels in business on the basis of the analysis and statistical results and the analysis and evaluation results provided by the service support module, displays the evaluation results of the main object according to the evaluation logic, and displays the spatial distribution and the spatial statistical results of the supervision and management business items in space through linkage with the two-dimensional map.

As shown in fig. 2, an intelligent monitoring system for urban and rural construction big data is provided, wherein the subject data warehouse is used for storing urban and rural construction monitoring business items, requirements, records and spatial data collected by various business application systems and providing data resources for a service support module; the theme data warehouse comprises a data extraction and collection module and a theme library;

wherein:

the data extraction and collection module: extracting data contents from each business application system according to the theme data structure and the contents and a set period, and screening data;

As shown in fig. 3, an intelligent urban and rural construction big data supervision system is provided, wherein a service support subsystem establishes a service supervision logic model and a main supervision evaluation model with subject data warehouse data resources as objects, provides analysis statistics results and analysis evaluation results to a supervision display module through data mining analysis, and provides space two-dimensional and three-dimensional map services to the supervision display module; the service support subsystem comprises a business supervision analysis and statistics module, a main body analysis and evaluation module and a map service management support module;

As shown in fig. 4, an intelligent monitoring system for urban and rural construction big data, wherein the service monitoring analysis and statistics module: establishing a business supervision logic model, calling data from a business class subject library according to the business logic model, and carrying out statistical analysis on the called data to obtain a business item analysis statistical result; wherein: the business supervision analysis and statistics module comprises a business supervision logic model management submodule, a data calling submodule and a data statistics analysis submodule;

As shown in fig. 5, an intelligent monitoring system for urban and rural construction big data, wherein the main body analysis and evaluation module: establishing a main body supervision evaluation model, calling data from a main body class subject library according to the evaluation model, carrying out statistical analysis on the called data, and referring to a model classification evaluation standard to obtain a main body object analysis evaluation result; wherein: the subject analysis and evaluation module comprises: the supervision and evaluation model management submodule, the data calling submodule, the data statistical analysis submodule and the evaluation classification submodule;

As shown in fig. 6, an intelligent monitoring system for urban and rural construction big data, wherein the map service management support module: the system comprises a three-dimensional map service and a spatial statistical analysis service, wherein the three-dimensional map service is used for creating, publishing and managing two and three-dimensional spatial map services; wherein the map service management support module comprises: the service creating submodule, the service issuing submodule and the service management submodule;

As shown in fig. 7, the intelligent monitoring system for urban and rural construction big data is characterized in that the monitoring and displaying subsystem displays monitoring and managing item statistical results from different logic levels in service on the basis of analysis statistical results and analysis and evaluation results provided by the service support module, displays evaluation results of a main object according to the evaluation logic, and displays spatial distribution and spatial statistical results of monitoring and managing service items through linkage with a two-dimensional map and a three-dimensional map in space; the supervision display subsystem comprises a service supervision display module, a main body evaluation display module and a map display module;

As shown in fig. 8, an intelligent monitoring system for urban and rural construction big data, wherein the service monitoring and displaying module: obtaining analysis statistical result information of the supervision service from the service supervision analysis statistical module, laying out supervision display according to service supervision logic, setting a display form, and displaying the analysis statistical result of the supervision service; the business supervision and display module comprises an information acquisition sub-module, a layout setting sub-module, a display form setting sub-module and a supervision and display bar sub-module;

As shown in fig. 9, an intelligent monitoring system for urban and rural construction big data, wherein the subject evaluation display module: obtaining analysis and evaluation result information of the main body object from the main body evaluation and analysis module, laying out evaluation display according to main body evaluation logic, setting a display form and displaying the analysis and evaluation result of the main body; wherein: the main body evaluation display module comprises an information acquisition sub-module, a layout setting sub-module, a display form setting sub-module and an evaluation display column sub-module;

As shown in fig. 10, an intelligent monitoring system for urban and rural construction big data is provided, wherein the map display module: the system is used for displaying two-dimensional and three-dimensional space service data, browsing, inquiring, measuring and calculating, and carrying out statistical analysis operation on a display screen, provides a linkage interface for a business supervision display module, and displays the spatial distribution and spatial statistical result of supervision business items in linkage with business; the map display module comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information query sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

In the specific embodiment: the theme database comprises a main theme database, a business theme database and a space theme database; the subject class theme library: the system is used for storing project, enterprise and personnel information data; the service class theme library: the system is used for storing urban and rural construction business item data; the space class theme library: the method is used for storing basic, business, three-dimensional map data and key project three-dimensional model data.

The following is a description of a specific embodiment:

fig. 1 is a schematic structural diagram of an intelligent big data supervision system for construction according to this embodiment, and as shown in fig. 1, the system for intelligent supervision for construction big data for urban and rural areas includes a subject data warehouse, a service support subsystem, and a display supervision subsystem, wherein the subject data warehouse collects and stores data extracted in a storage process in a corresponding subject database of an Oracle data warehouse by adding a database storage process of extracting data to a database of each business application system; the service support subsystem establishes a service supervision logic model and a main body supervision evaluation model in a visual mode by using a model establishing tool, acquires a data object to be analyzed from a subject data warehouse through a data mining algorithm on the basis of a database access interface, performs statistical analysis on the data object by using a data statistical analysis algorithm to acquire a statistical analysis result and an analysis evaluation result, completes establishment, release and management of two-three-dimensional map services based on OneMap, and provides a spatial two-three-dimensional map service for a supervision display module; the supervision and display subsystem acquires analysis and statistics results and analysis and evaluation results by calling the WebService service of the service support subsystem, displays the supervision and management item statistics results from different logic levels in service, displays the evaluation results of the subject object according to the evaluation logic, and displays the supervision and management service item spatial distribution and spatial statistics results in space through linkage with the two-dimensional map.

As shown in fig. 2, in the urban and rural construction big data intelligent supervision system, the subject data warehouse adds a database storage process of extracting data into the database of each business application system, and collects and stores the data extracted in the storage process into a corresponding subject database of the Oracle data warehouse; the theme data warehouse comprises a data extraction and collection module and a theme library;

wherein: the data extraction and collection module: according to the theme data structure and content, through a database storage process of adding extracted data into the database of each business application system, extracting data content from the database of each business application system according to a set period, storing the data content in each business application library of Oracle at a collection end, and screening data through a database view;

the subject library: the system is used for storing data extracted and screened by the data extraction and collection submodule into a corresponding subject library in an Oracle data warehouse according to subject types, storing project, enterprise and personnel information data into a subject library, storing urban and rural construction service item data into a service subject library, and storing basic, service, three-dimensional space graphic data and key project three-dimensional model data into a space subject library.

As shown in fig. 3, an intelligent urban and rural construction big data supervision system, wherein a service support subsystem establishes a service supervision logic model and a main supervision evaluation model in a visual manner by using a model creation tool, acquires a data object to be analyzed from a subject data warehouse by using a data mining algorithm on the basis of a database access interface, performs statistical analysis on the data object by using a data statistical analysis algorithm to acquire a statistical analysis result and an analysis evaluation result, completes creation, release and management of a two-three-dimensional map service based on an ArcGIS Server, and provides a spatial two-three-dimensional map service to a supervision display module; the service support subsystem comprises a business supervision analysis and statistics module, a main body analysis and evaluation module and a map service management support module;

wherein: the service supervision analysis and statistics module comprises: establishing a business supervision logic model by using a model establishing tool in a visual mode, acquiring a data object to be analyzed from a business class topic library through a data mining algorithm on the basis of a database access interface according to the business logic model, and performing statistical analysis on the data object by using a data statistical analysis algorithm to obtain a business item analysis statistical result;

the main body analysis and evaluation module: establishing a main body supervision evaluation model by using a model establishing tool in a visual mode, acquiring a data object to be analyzed from a main body class theme base through a data mining algorithm on the basis of a database access interface according to the evaluation model, performing statistical analysis on the data object by using a data statistical analysis algorithm, and referring to a classification evaluation standard set by a model to acquire a main body object analysis evaluation result;

the map service management support module: and completing the creation, release and management of two-dimensional and three-dimensional space map services and space statistical analysis services based on the ArcGIS Server.

As shown in fig. 4, an intelligent monitoring system for urban and rural construction big data, wherein the service monitoring analysis and statistics module: establishing a business supervision logic model by using a model establishing tool in a visual mode, acquiring a data object to be analyzed from a business class topic library through a data mining algorithm on the basis of a database access interface according to the business logic model, and performing statistical analysis on the data object by using a data statistical analysis algorithm to obtain a business item analysis statistical result; wherein: the business supervision analysis and statistics module comprises a business supervision logic model management submodule, a data calling submodule and a data statistics analysis submodule;

wherein, the business supervision logic model management submodule: establishing and deleting each service supervision logic model in a visual mode by using a model establishing tool, and modifying the established model according to the adjustment content of the analysis and statistics service object;

the data calling submodule: setting a data calling mode and calling logic on the basis of a database access interface according to a business supervision logic model, and automatically calling required data from a business theme library;

the data statistical analysis submodule comprises: and the data statistical analysis module is used for acquiring data objects to be analyzed from the data called by the data calling sub-module through a data mining algorithm, performing statistical analysis on the data objects by using a data statistical analysis algorithm, and acquiring result information of set analysis statistical content.

As shown in fig. 5, an intelligent monitoring system for urban and rural construction big data, wherein the main body analysis and evaluation module: establishing a main body supervision evaluation model by using a model establishing tool in a visual mode, acquiring a data object to be analyzed from a main body class theme base through a data mining algorithm on the basis of a database access interface according to the evaluation model, performing statistical analysis on the data object by using a data statistical analysis algorithm, and referring to a classification evaluation standard set by a model to acquire a main body object analysis evaluation result; wherein: the subject analysis and evaluation module comprises: the supervision and evaluation model management submodule, the data calling submodule, the data statistical analysis submodule and the evaluation classification submodule;

wherein, the supervision evaluation model management submodule: creating and deleting the main body supervision evaluation model by using a model creation tool in a visual mode, and modifying the created model according to the adjustment content of the analysis evaluation object;

the data calling submodule: setting a data calling mode and calling logic on the basis of a database access interface according to a subject supervision evaluation model, and automatically calling the data from a subject database;

the data statistical analysis submodule comprises: the data statistical analysis module is used for acquiring data to be analyzed from data called by the data calling sub-module through a data mining algorithm, performing statistical analysis on the data object by using a data statistical analysis algorithm, and acquiring a statistical analysis result of set evaluation content;

As shown in fig. 6, an intelligent monitoring system for urban and rural construction big data, wherein the map service management support module: completing creating, releasing and managing two-dimensional and three-dimensional space map services and space statistical analysis services based on the ArcGIS Server; wherein the map service management support module comprises: the service creating submodule, the service issuing submodule and the service management submodule;

wherein the service creation sub-module: the creation of a two-dimensional map service, a three-dimensional map service, a two-dimensional space statistic service and a two-dimensional space analysis service is completed based on the OneMap;

the service issuing submodule: the method comprises the steps that the created two-dimensional map service, the created three-dimensional map service, the created two-dimensional space statistical service and the created two-dimensional space analysis service are released based on OneMap, and all parameters of the service are set before the release;

the service management submodule is used for: deleting and editing the issued two-dimensional map service, three-dimensional map service, two-dimensional space statistical service and two-dimensional space analysis service based on OneMap, wherein the edited content covers the modification of the service type, the service range and the service limitation.

As shown in fig. 7, an intelligent monitoring system for urban and rural construction big data is provided, wherein the monitoring and displaying subsystem obtains analysis and statistics results and analysis and evaluation results by calling a WebService service of a service support subsystem, displays monitoring and management item statistics results from different logic levels in service, displays evaluation results of a subject object according to the evaluation logic, and displays spatial distribution and spatial statistics results of monitoring and management service items spatially through linkage with two three-dimensional maps in space; the supervision display subsystem comprises a service supervision display module, a main body evaluation display module and a map display module;

wherein, the service supervision display module: the method comprises the steps that analysis statistical result information of supervision services is obtained by calling WebService service of a service supervision analysis statistical module, positions, area sizes and the like of supervision display contents in a page are distributed according to service domain service supervision logics of urban and rural construction related project early stages, project comprehensive management, market supervision, field supervision, industry management, energy-saving science and technology, utilities and the like, display forms such as statistical chart types of result information, display items of statistical charts and the like are set, and analysis statistical results of the supervision services are displayed in the page;

the main body evaluation display module: the WebService service of the main body analysis and evaluation module is called to obtain analysis and evaluation result information of the main body object, the position, the area size and the like of evaluation display contents in a page are distributed according to main body evaluation logics of projects, enterprises, personnel and the like, the display forms of the statistical chart type of the result information, the display items of the statistical chart and the like are set, and the main body analysis and evaluation result is displayed in the page;

the map display module: the method comprises the steps of displaying two-dimensional space service data based on FlexViewer, displaying three-dimensional space service data based on a 3D front-end plug-in, browsing, inquiring, calculating and statistically analyzing in a display page, providing a linkage js script interface for a service supervision and display module, calling a second three-dimensional display front-end interface and a third three-dimensional display front-end interface in the service page by calling the js script interface, acquiring spatial distribution and spatial statistical results of supervision service items through two three-dimensional related services, and displaying through the second three-dimensional display front-end.

As shown in fig. 8, an intelligent monitoring system for urban and rural construction big data, wherein the service monitoring and displaying module: the method comprises the steps that analysis statistical result information of supervision services is obtained by calling WebService service of a service supervision analysis statistical module, positions, area sizes and the like of supervision display contents in a page are distributed according to service domain service supervision logics of urban and rural construction related project early stages, project comprehensive management, market supervision, field supervision, industry management, energy-saving science and technology, utilities and the like, display forms such as statistical chart types of result information, display items of statistical charts and the like are set, and analysis statistical results of the supervision services are displayed in the page; the business supervision and display module comprises an information acquisition sub-module, a layout setting sub-module, a display form setting sub-module and a supervision and display bar sub-module;

wherein the information acquisition submodule: acquiring analysis statistical result information of the supervision service by calling WebService service of a service supervision analysis statistical module;

the layout setting submodule: according to business domain business supervision logic and statistical result content of early-stage project, comprehensive project management, market supervision, field supervision, industry management, energy-saving science and technology, public utilities and the like related to urban and rural construction, the classification, the column division, the paging and the like of the supervision business display content are distributed and set, and the display layout such as the position, the area size and the like in a page is set;

the display form setting submodule: setting display forms such as a statistical chart type of the result information, a display item of the statistical chart and the like according to the statistical result content of the supervision service, and setting an event type called by js and a corresponding calling interface;

the supervision display column module is as follows: and the method is used for displaying the monitoring service analysis statistical result on a page according to the set display layout, display content and display form, and calling the js script interface of the map function according to the set linkage mode to call the map function.

As shown in fig. 9, an intelligent monitoring system for urban and rural construction big data, wherein the subject evaluation display module: the WebService service of the main body analysis and evaluation module is called to obtain analysis and evaluation result information of the main body object, the position, the area size and the like of evaluation display contents in a page are distributed according to main body evaluation logics of projects, enterprises, personnel and the like, the display forms of the statistical chart type of the result information, the display items of the statistical chart and the like are set, and the main body analysis and evaluation result is displayed in the page; wherein: the main body evaluation display module comprises an information acquisition sub-module, a layout setting sub-module, a display form setting sub-module and an evaluation display column sub-module;

wherein the information acquisition submodule: acquiring analysis evaluation result information of the subject object by calling WebService service of the subject analysis evaluation module;

the layout setting submodule: according to the evaluation logic and the evaluation result content of the supervision subject such as a project, an enterprise, a person and the like, the classification, the column division, the paging and the like of the display content of the evaluation subject are distributed and set, and the display layout such as the position, the area size and the like in the page is set;

the display form setting submodule: setting display forms such as the statistical chart type of the result information, the display items of the statistical chart and the like according to the evaluation result content of the supervision main body;

the evaluation display column module: and the method is used for carrying out page display on the analysis and evaluation result of the supervision body according to the set display layout, display content and display form.

As shown in fig. 10, an intelligent monitoring system for urban and rural construction big data is provided, wherein the map display module: the method comprises the steps of displaying two-dimensional space service data based on FlexViewer, displaying three-dimensional space service data based on a 3D front-end plug-in, browsing, inquiring, calculating and statistically analyzing in a display page, providing a linkage js script interface for a service supervision and display module, calling the js script interface, calling a two-dimensional display front-end interface and a three-dimensional display front-end interface in the service page, acquiring spatial distribution and spatial statistical results of supervision service items through two three-dimensional related services, and displaying through the two-dimensional display front-end; the map display module comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information query sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

wherein the three-dimensional display submodule: displaying three-dimensional map service data based on a 3D front-end plug-in, and realizing display control of a display layer in a front-end page through selection of the display layer;

the two-dimensional display submodule is as follows: displaying two-dimensional map service data based on FlexViewer, realizing layer display control in a front-end page through selection of a display layer, enabling the selection to be checked, and enabling the selection to be hidden when the selection is cancelled;

the service information inquiry submodule: performing attribute query and space query operation on the service map data displayed in the two-dimensional display sub-module by calling attribute query and space query services of the map service management support module;

the length area measurement submodule: measuring the length and the area of the map service data displayed in the two-dimensional display submodule by calling the length and area measurement service of the map service management support module;

the two-dimensional space statistics submodule is: the map service management support module is used for carrying out space statistics on service map service data displayed in the two-dimensional display sub-module by calling geographic space statistics service of the map service management support module, wherein the space statistics covers administrative region statistics, range-defining statistics and buffer area statistics;

the two-dimensional space analysis submodule: the map service management support module is used for carrying out spatial analysis operation on the business map service data displayed in the two-dimensional display sub-module by calling geographic spatial statistical service of the map service management support module, wherein the spatial analysis covers superposition analysis;

the service calling interface sub-module: and setting the calling event types selectable by each interface by creating and storing a js script method of the map function calling interface, and providing the map function calling interface for a display form setting submodule of the business supervision display module.

Example 2:

As shown in fig. 11, an urban and rural construction big data intelligent supervision system, wherein, its characterized in that: the supervision display subsystem displays supervision item statistical results from different logic levels in service on the basis of analysis statistical results and analysis evaluation results provided by the service support module, displays evaluation results of a main object according to evaluation logic, and displays supervision service item spatial distribution and spatial statistical results in space through linkage with a two-dimensional map and a three-dimensional map; the monitoring display subsystem comprises an information acquisition module, a display layout setting module, a display form setting module, a display bar module and a map display module;

As shown in fig. 12, an intelligent monitoring system for urban and rural construction big data, wherein the information acquisition module: the system is used for acquiring analysis and statistics result information of the supervision business and analysis and evaluation result information of a main body from the service support subsystem; the information acquisition module comprises a business statistical information acquisition submodule and a main body evaluation information acquisition submodule;

As shown in fig. 13, an intelligent monitoring system for urban and rural construction big data, wherein the display layout setting module: distributing the display content and setting the display layout according to the information content and the display logic requirement acquired by the information acquisition module; the display layout setting module comprises a business supervision display layout setting submodule and a main body evaluation display layout setting submodule;

As shown in fig. 14, an intelligent monitoring system for urban and rural construction big data is provided, wherein the display form setting module: setting the display form of each part of displayed content according to the displayed information content and the set layout, wherein the display form setting module comprises a business supervision display form setting submodule and a main evaluation display form setting submodule;

As shown in fig. 15, an intelligent monitoring system for urban and rural construction big data, wherein the display bar module: the system is used for displaying the analysis and statistics results of the supervision business and the analysis and evaluation results of the supervision subject according to the set display layout, display content and display form; the display bar module comprises a business supervision display bar submodule and a main body evaluation display bar submodule;

As shown in fig. 16, an intelligent monitoring system for urban and rural construction big data is provided, wherein the map display module: the system is used for displaying two-dimensional and three-dimensional space service data, browsing, inquiring, measuring and calculating, and carrying out statistical analysis operation on a display screen, provides a linkage interface for a business supervision display module, and displays the spatial distribution and spatial statistical result of supervision business items in linkage with business; the map display module comprises: the system comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information inquiry sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

The following is a description of a specific embodiment:

As shown in fig. 11, an intelligent monitoring system for urban and rural construction big data is provided, wherein the monitoring and displaying subsystem obtains analysis and statistics results and analysis and evaluation results by calling a WebService service of a service support subsystem, displays monitoring and management item statistics results from different logic levels in service, displays evaluation results of a subject object according to the evaluation logic, and displays spatial distribution and spatial statistics results of monitoring and management service items spatially through linkage with two three-dimensional maps in space; the monitoring display subsystem comprises an information acquisition module, a display layout setting module, a display form setting module, a display bar module and a map display module;

wherein the information acquisition module: acquiring analysis statistical result information of the supervision service and analysis evaluation result information of the main body by calling WebService service of the service support subsystem;

the display layout setting module: according to the information content and the display logic requirements acquired by the information acquisition module, the classification, the column division, the paging and the like of the display content are distributed and set, and the display layout such as the position, the area size and the like in the page is set;

the display form setting module: setting display forms such as statistical chart types and statistical chart display items of the result information according to the display information content and the setting layout;

the display bar module: and the method is used for displaying the analysis and statistics results of the supervision business and the analysis and evaluation results of the supervision subject on the page according to the set display layout, display content and display form.

As shown in fig. 12, an intelligent monitoring system for urban and rural construction big data, wherein the information acquisition module: acquiring analysis statistical result information of the supervision service and analysis evaluation result information of the main body by calling WebService service of the service support subsystem; the information acquisition module comprises a business statistical information acquisition submodule and a main body evaluation information acquisition submodule;

the service statistical information acquisition submodule comprises: acquiring analysis statistical result information of the supervision service by calling WebService service of a service supervision analysis statistical module;

the main body evaluation information acquisition submodule: and acquiring analysis evaluation result information of the subject object by calling the WebService service of the subject analysis evaluation module.

As shown in fig. 13, an intelligent monitoring system for urban and rural construction big data, wherein the display layout setting module: according to the information content and the display logic requirements acquired by the information acquisition module, the classification, the column division, the paging and the like of the display content are distributed and set, and the display layout such as the position, the area size and the like in the page is set; the display layout setting module comprises a business supervision display layout setting submodule and a main body evaluation display layout setting submodule;

wherein, the said business supervises and shows the layout and presumes the submodule: according to business domain business supervision logic and statistical result content of early-stage project, comprehensive project management, market supervision, field supervision, industry management, energy-saving science and technology, public utilities and the like related to urban and rural construction, the classification, the column division, the paging and the like of the supervision business display content are distributed and set, and the display layout such as the position, the area size and the like in a page is set;

the main body evaluation display layout setting submodule: according to the evaluation logic and the evaluation result content of the supervision subject such as a project, an enterprise, a person and the like, the classification, the column division, the paging and the like of the display content of the evaluation subject are distributed and set, and the display layout such as the position, the area size and the like in the page is set.

As shown in fig. 14, an intelligent monitoring system for urban and rural construction big data is provided, wherein the display form setting module: setting display forms such as statistical chart types and statistical chart display items of the result information according to the display information content and the setting layout; the display form setting module comprises a business supervision display form setting submodule and a main body evaluation display form setting submodule;

wherein, the business supervision display form setting submodule: setting display forms such as a statistical chart type of the result information, a display item of the statistical chart and the like according to the statistical result content of the supervision service, and setting an event type called by js and a corresponding calling interface;

the main body evaluation display form setting submodule: and setting the display forms of the statistical chart type, the statistical chart display item and the like of the result information according to the evaluation result content of the supervision main body.

As shown in fig. 15, an intelligent monitoring system for urban and rural construction big data, wherein the display bar module: the system is used for displaying the analysis and statistics results of the supervision business and the analysis and evaluation results of the supervision subject on a page according to the set display layout, display content and display form; the display bar module comprises a business supervision display bar submodule and a main body evaluation display bar submodule;

wherein, the business supervision display column submodule: the system is used for displaying the monitoring service analysis statistical result on a page according to the set display layout, display content and display form, and calling a map function js script interface according to a set linkage mode to call the map function;

the main body evaluation display column module: and the method is used for carrying out page display on the analysis and evaluation result of the supervision body according to the set display layout, display content and display form.

As shown in fig. 16, an intelligent monitoring system for urban and rural construction big data is provided, wherein the map display module: the method comprises the steps of displaying two-dimensional space service data based on FlexViewer, displaying three-dimensional space service data based on a 3D front-end plug-in, browsing, inquiring, calculating and statistically analyzing in a display page, providing a linkage js script interface for a service supervision and display module, calling the js script interface, calling a two-dimensional display front-end interface and a three-dimensional display front-end interface in the service page, acquiring spatial distribution and spatial statistical results of supervision service items through two three-dimensional related services, and displaying through the two-dimensional display front-end; the map display module comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information query sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

The technical concept of the present embodiment is the same as that of the embodiment 1, and therefore, the same technical parts will not be described herein again.

The foregoing system descriptions and structural schematics are provided merely as illustrative examples and are not intended to require or imply that the steps of the above-described operations or aspects must be performed in the order presented. As will be appreciated by one skilled in the art, the order of the blocks in the foregoing aspects may be performed in any order. Words such as "thereafter," "then," "next," etc. are not intended to limit the order of operations or steps; these words are used only to guide the reader through the description of the method. Furthermore, any reference to claim elements in the singular, for example, using the articles "a," "an," or "the" is not to be construed as limiting the element to the singular.

The various illustrative logical blocks, modules, circuits, and algorithm steps described in connection with the aspects disclosed herein may be implemented as electronic hardware, computer software, or combinations of both. To clearly illustrate this interchangeability of hardware and software, various illustrative components, blocks, modules, circuits, and steps have been described above generally in terms of their functionality. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the overall system. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.

According to the technical scheme, multi-source information such as spatial data, business data, basic base map data and attribute data can be effectively fused in the field of geographic information, and data processing and application methods are effectively combined and applied, so that the purpose that the multi-source data can be applied and displayed integrally after data processing, analysis and positioning is achieved, the business information can be effectively fused with two-dimensional and three-dimensional graphic information, multi-dimensional information presentation is achieved, an analysis report is formed by the data information in the form of characters, graphics and reports, and a decision maker is assisted in making a proposal. The method not only displays various kinds of information in the divided land parcels in a form of combining pictures and texts, but also displays the business information related to the land parcels in a business in a processing module, realizes the reasonability and overall demand analysis report of the territorial planning, and further assists related decision makers to provide effective analysis reference basis for the planning of the territorial project. The information service system is laid for the construction of the information service system through the standard management of an informatization means, the guarantee service capability is improved in the continuous promotion of the informatization infrastructure, and the platform support and the real-time performance and the integrity of information resources are laid for the comprehensive promotion of the informatization construction. The life of people is changed, the development of industrial production, urban construction and national defense industry is promoted, and the real mutual fusion of electronic information and geographic information technology is achieved, so that the popularization and application of the concept of the smart city are realized.

The previous description of the disclosed aspects is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these aspects will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the aspects shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. The utility model provides a big data intelligence supervisory systems of town and country construction which characterized in that: the system comprises a theme data warehouse, a service support subsystem and a display supervision subsystem; the theme data warehouse is used for storing urban and rural construction supervision business items, essential elements, records and spatial data extracted and collected by each business application system and providing data resources for the service support module; the service support subsystem takes subject data warehouse data resources as objects, establishes a business supervision logic model and a main supervision evaluation model, respectively provides analysis statistical results and analysis evaluation results for the supervision display module through data mining analysis, and provides space two-three-dimensional map services for the supervision display module; the display supervision subsystem displays the supervision item statistical results from different logic levels on the business on the basis of the analysis statistical results and the analysis evaluation results provided by the service support module, displays the evaluation results of the main object according to the evaluation logic, and displays the supervision business item spatial distribution and the spatial statistical results in space through linkage with the two-dimensional map;

the theme data warehouse comprises a data extraction and collection module and a theme library;

wherein:

the subject library: the data extraction and collection submodule is used for extracting and screening the data and storing the data in a corresponding topic library according to the topic type;

the service support subsystem comprises a business supervision analysis and statistics module, a main body analysis and evaluation module and a map service management support module;

the service supervision analysis and statistics module comprises: establishing a business supervision logic model, calling data from a business class subject library according to the business logic model, and carrying out statistical analysis on the called data to obtain a business item analysis statistical result;

the map service management support module: the system comprises a three-dimensional map service and a spatial statistical analysis service, wherein the three-dimensional map service is used for creating, publishing and managing two and three-dimensional spatial map services;

the display supervision subsystem displays supervision item statistical results from different logic levels on business on the basis of analysis statistical results and analysis evaluation results provided by the service support module, displays evaluation results of the main object according to the evaluation logic, and displays supervision business item spatial distribution and spatial statistical results in space through linkage with a two-dimensional map and a three-dimensional map; the display supervision subsystem comprises a service supervision display module, a main body evaluation display module and a map display module;

the map display module: the system is used for displaying two-dimensional and three-dimensional space service data, browsing, inquiring, measuring and calculating, and carrying out statistical analysis operation on a display screen, provides a linkage interface for a business supervision display module, and displays the spatial distribution and spatial statistical result of supervision business items in linkage with business;

wherein: the business supervision analysis and statistics module comprises a business supervision logic model management submodule, a first data calling submodule and a first data statistical analysis submodule;

the first data retrieval submodule: setting a data calling mode and calling logic according to the service supervision logic model, and automatically calling required data from the service class theme library;

the first data statistical analysis submodule: the data calling sub-module is used for calling the data to be analyzed and obtaining result information of the set analysis statistical content;

wherein: the subject analysis and evaluation module comprises: the supervision and evaluation model management submodule, the second data calling submodule, the second data statistical analysis submodule and the evaluation classification submodule;

the second data calling submodule: setting a data calling mode and calling logic according to a subject supervision evaluation model, and automatically calling the data from a subject database;

the second data statistical analysis submodule: the statistical analysis module is used for performing statistical analysis on the data called by the data calling submodule to obtain a statistical analysis result of the set evaluation content;

2. The urban and rural construction big data intelligent supervision system according to claim 1, characterized in that: wherein the map service management support module comprises: the service creating submodule, the service issuing submodule and the service management submodule;

3. The urban and rural construction big data intelligent supervision system according to claim 1, characterized in that: the business supervision and display module comprises a first information acquisition sub-module, a first layout setting sub-module, a first display form setting sub-module and a supervision and display bar sub-module;

wherein the first information obtaining sub-module: the data statistical analysis submodule is used for acquiring the analysis statistical result information of the supervision service from the data statistical analysis submodule of the service supervision analysis statistical module;

the first layout setting sub-module: distributing the display content of the supervision service according to the service supervision logic and the content of the statistical result, and setting the display layout;

the first display form setting sub-module: setting the display form, the map linkage interface and the linkage mode of each display content of the supervision service according to the statistical result content of the supervision service;

4. The urban and rural construction big data intelligent supervision system according to claim 1, characterized in that: wherein: the main body evaluation display module comprises a second information acquisition sub-module, a second layout setting sub-module, a second display form setting sub-module and an evaluation display column sub-module;

wherein the second information obtaining sub-module: the evaluation classification submodule is used for acquiring the analysis evaluation result information of the main body from the evaluation classification submodule of the main body analysis evaluation module;

the second layout setting sub-module: distributing the display content of the evaluation subject according to the evaluation logic and the evaluation result content of the supervision subject, and setting the display layout;

the second presentation form setting sub-module: setting the display form of each display content of the evaluation subject according to the evaluation result content of the supervision subject;

5. The urban and rural construction big data intelligent supervision system according to claim 1, characterized in that: the map display module comprises a three-dimensional display sub-module, a two-dimensional display sub-module, a map browsing sub-module, a service information query sub-module, a length area measurement sub-module, a two-dimensional space statistics sub-module, a two-dimensional space analysis sub-module and a service calling interface sub-module;

6. The urban and rural construction big data intelligent supervision system according to claim 1, characterized in that: the theme data warehouse comprises a main theme library, a service theme library and a space theme library; the subject class theme library: the system is used for storing project, enterprise and personnel information data; the service class theme library: the system is used for storing urban and rural construction business item data; the space class theme library: the method is used for storing basic, business, three-dimensional map data and key project three-dimensional model data.