CN111897866A

CN111897866A - Remote sensing monitoring pattern spot docking system and using method thereof

Info

Publication number: CN111897866A
Application number: CN202010819051.2A
Authority: CN
Inventors: 郑波; 吴楠; 陆珏; 孟雯; 顾徐博君; 李翔
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-08-14
Filing date: 2020-08-14
Publication date: 2020-11-06

Abstract

The invention relates to a remote sensing monitoring pattern spot docking system and a using method thereof, wherein the system comprises an infrastructure module, a data service module, a service support module, a business application module and a system expression module; the infrastructure module comprises an operating system, a GIS platform, a database system, storage equipment, network equipment and power supply equipment; the system solves the problems of the existing work content of the land annual change survey, and the system is a multi-stage auditing system, users mainly refer to county and city multi-stage users, and all stages of users are respectively responsible for respective working ranges and working responsibilities, so that the smoothness of reporting and auditing work of remote sensing monitoring pattern spot results is ensured; the method ensures that the function design and realization of the whole service system all adopt a service-oriented system architecture, and fully ensures the flexibility and expansibility of realizing the system functions.

Description

Remote sensing monitoring pattern spot docking system and using method thereof

Technical Field

The invention relates to the technical field of remote sensing monitoring, in particular to a remote sensing monitoring pattern spot docking system and a using method thereof.

Background

The country carries out annual change investigation aiming at the land once every year, relates to three-level business users including town and town land regulation departments, district and county land regulation bureaus and city level auditing departments (integrated insurance departments, local places, law enforcement teams and cadastral departments), and technical support units including cadastral affair centers, and needs the city and cadastral departments to organize annual change investigation result docking meetings every year, so that the city level 4 auditing departments can carry out the investigation result docking with each district and county, confirm the final results agreed by the district and county level management departments, and complete the final local city and the annual final change results. Before the annual survey work is carried out, various survey data are required to be prepared, including various measuring equipment, instruments, related data and drawing data. The receiving, analyzing, checking, verifying and checking work is needed among all departments. Various survey reports are written, data are summarized and analyzed, and survey data are sorted and filed. The present situation and the change of various quantity relations of the land are comprehensively investigated, collected, recorded, sorted and analyzed. According to the experience of the previous annual change survey project work, the total time nodes of the work annual change survey work of the annual change survey project can be summarized, wherein the total time nodes are approximately the time of one week before and one week after the new year of the lunar calendar, the production of the result is completed, and the result is submitted to the country.

From the annual change survey work content, the method can clearly find that the method has the characteristics of short time, heavy tasks, multiple departments, complex processes and the like, so a series of problems caused by achievement standard specifications, process integration, work functions, linkage and the like exist in the execution and implementation processes of projects.

The problem of achievement standard specification, annual change investigation relate to a plurality of data types, including various information record lists, photos, batch documents, various unstructured related materials such as various standard requirements, and the like, and meanwhile, spatial data such as monitoring pattern images, monitoring pattern spots, zone boundaries and the like exist, how to integrate various data with different sources and different standards into a unified database for management is one of the problems to be solved at present.

The problem of process integration is that for various data achievements in the project, a plurality of link processes such as declaration, examination, modification and the like need to be carried out among multi-level management departments of villages, towns, counties and cities, and how to smoothly transfer numerous data among users of the multi-level departments is also a problem existing at present.

The problem of user function and work linkage is that aiming at the situation that a plurality of management departments and users are involved in an annual change survey project, the current working range and responsibility of various users are not clear enough, so how to clear the functions of various departments and various users in each link of actual work and properly solve the problems encountered in the actual work, such as work linkage problems of result submission flow linkage, information maintenance operation linkage, examination and approval flow linkage, and the like, are also the problems to be solved at present.

For example, chinese patent application CN106612255A discloses a system docking method, device and system, which relate to the field of internet technology and can solve the problem of low system docking efficiency in the prior art. The method mainly comprises the following steps: receiving a login credential request sent by a first system, wherein the login credential request is used for applying for obtaining a login credential for logging in a second system; acquiring user information for logging in a second system according to the login credential request, wherein a user corresponding to the user information is the same as a user who has logged in the first system; sending a login request carrying user information to a second system through a standard interface, wherein the standard interface is a communication interface preset for realizing the butt joint operation of the first system and the second system; and receiving the login certificate sent by the second system, and sending the login certificate to the first system so that the first system can access the second system through the login certificate. Chinese patent application CN110147397A discloses a system docking management system, which includes a third-party system obtaining service data from a source system through a non-service interface; the third-party system analyzes the service data and determines a service process; and the third-party system executes corresponding business operation on the target system in a non-business interface mode according to the business process and the business data. The docking system is applied to the land annual change investigation work, and still has the problems caused by achievement standard specification, process integration, work functions, linkage and the like.

Therefore, how to provide a remote sensing monitoring pattern spot docking system and a using method thereof, which solve the problems existing in the existing annual change investigation work content of the land, is a technical problem to be solved urgently by technical personnel in the field at present.

Disclosure of Invention

In view of the above, the present application provides the following technical solutions to achieve the above objects.

A remote sensing monitoring pattern spot docking system comprises an infrastructure module, a data service module, a service support module, a business application module and a system expression module; the infrastructure module comprises an operating system, a GIS platform, a database system, storage equipment, network equipment and power supply equipment.

Preferably, the data service module comprises a data integration module, a data inspection module, a data storage module, a data updating module, a remote sensing image database, a current situation and management database, an audit service database, a document data database and a system support database.

Preferably, the service support module comprises an organization model component, an identity authentication service component, a workflow engine component, an access control service component, a report design component, a business logic component, a unified portal component and a map service component.

Preferably, the system performance module comprises district, county users, city users and system administrators.

Preferably, the business application module comprises a general function module, a flow control module, a general profile statistics module, an individual case processing module, a batch processing module, a data inspection module, an achievement display module and a system configuration.

Preferably, the general function module includes system login, service selection, system notification, loading and browsing, and GIS general functions.

Preferably, the process control module includes project planning, process control and inspection control;

the general situation statistic module comprises country check pattern spot statistics, business handling condition statistics and land type change condition statistics.

Preferably, the case processing module comprises data export, case query, case list, editing and saving, submission and rollback, case splitting, evidence material checking, evidence material comparison checking and opinion checking;

the batch processing module comprises batch uploading and batch submitting cases, wherein the batch uploading comprises table importing and CAD graphs importing.

Preferably, the data checking module comprises an intra-table check, an inter-table check and a chart check;

the result display module comprises national monitoring pattern spots, business handling results and signature form results.

The use method of the remote sensing monitoring pattern spot docking system comprises the following steps:

s1, establishing a project by the user of the cadastral transaction center;

s2, exporting data by users in district and county;

s3, referring to data by district and county users, filling information in projects, and uploading graphs and materials;

and S4, automatically distributing the cases to business departments or municipalities by the system according to the filling information, checking the cases by different departments according to specific filling contents, storing different checking results, submitting the results and sending the results to a district, county or case completion box.

The beneficial technical effects obtained by the invention are as follows:

1) the system solves the problems of the existing work content of the land annual change survey, and the system is a multi-stage auditing system, users mainly refer to county and city multi-stage users, and all stages of users are respectively responsible for respective working ranges and working responsibilities, so that the smoothness of reporting and auditing work of remote sensing monitoring pattern spot results is ensured; the method follows the unified system design specification, ensures that the function design and realization of the whole service system all adopt a service-oriented system architecture, and fully ensures the flexibility and the expansibility of realizing the system function;

2) the invention is based on SOA service-oriented architecture platform, supports the integration of the business, and makes it become a mutual connection and reusable business task or service; the AF application platform based on the SOA framework can quickly respond to a mechanism and a team, can reduce the demand risk to the minimum and can greatly reduce the labor cost; organizing and storing based on large database data, storing and constructing the database by relying on Microsoft SQL Server, scientifically organizing and storing basic data and document data related to remote sensing monitoring investigated by users at all levels, and establishing a database of a remote sensing monitoring pattern spot docking tool system;

3) the invention combines the experience of annual survey work over the years, carries out scientific calculation and analysis on various data, integrates and classifies various reports and pictures; establishing a set of uniform definition mode for the different types of data from the aspects of data naming, storage organization, coordinate system and the like, so as to facilitate system identification and uniform management; aiming at a specific annual survey system of annual change, a set of database standards is formulated for uniformly storing and managing various data, scientifically distributing data resources and fully exerting the utilization efficiency of the system;

4) the invention combines the working content of annual change, determines the responsibility between each department and a responsible person, combs the flow of each link of annual change investigation, sets the authority between users at all levels according to the requirements of the authority, the link, the form and the like of the users, and combs a set of flow for controlling the circulation between services.

The foregoing description is only an overview of the technical solutions of the present application, so that the technical means of the present application can be more clearly understood and the present application can be implemented according to the content of the description, and in order to make the above and other objects, features and advantages of the present application more clearly understood, the following detailed description is made with reference to the preferred embodiments of the present application and the accompanying drawings.

The above and other objects, advantages and features of the present application will become more apparent to those skilled in the art from the following detailed description of specific embodiments thereof, taken in conjunction with the accompanying drawings.

Drawings

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts. Throughout the drawings, like elements or portions are generally identified by like reference numerals. In the drawings, elements or portions are not necessarily drawn to scale.

Fig. 1 is a schematic structural diagram of a remote sensing monitoring pattern spot docking system in embodiment 1 of the present disclosure;

fig. 2 is an interface diagram of a monitoring pattern issued by china in embodiment 3 of the present disclosure;

FIG. 3 is an interface diagram of statistics of business transaction conditions in embodiment 3 of the present disclosure;

fig. 4 is an interface diagram of a situation change in embodiment 3 of the present disclosure.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some embodiments of the present application, but not all embodiments. In the following description, specific details such as specific configurations and components are provided only to help the embodiments of the present application be fully understood. Accordingly, it will be apparent to those skilled in the art that various changes and modifications may be made to the embodiments described herein without departing from the scope and spirit of the present application. In addition, descriptions of well-known functions and constructions are omitted in the embodiments for clarity and conciseness.

Further, the present application may repeat reference numerals and/or letters in the various examples. This repetition is for the purpose of simplicity and clarity and does not in itself dictate a relationship between the various embodiments and/or configurations discussed.

The term "and/or" herein is merely an association describing an associated object, meaning that three relationships may exist, e.g., a and/or B, may mean: a exists alone, B exists alone, and A and B exist at the same time, and the term "/and" is used herein to describe another association object relationship, which means that two relationships may exist, for example, A/and B, may mean: a alone, and both a and B alone, and further, the character "/" in this document generally means that the former and latter associated objects are in an "or" relationship.

The term "at least one" herein is merely an association relationship describing an associated object, and means that there may be three relationships, for example, at least one of a and B, may mean: a exists alone, A and B exist simultaneously, and B exists alone.

It is further noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion.

Example 1

As shown in fig. 1, a remote sensing monitoring pattern spot docking system includes an infrastructure module, a data service module, a service support module, a business application module, and a system performance module.

The infrastructure module is connected with the data service module, the service support module is connected with the data service module, the business application module is connected with the data service module, and the system expression module is connected with the business application module.

The infrastructure module comprises an operating system, a GIS platform, a database system, storage equipment, network equipment and power supply equipment.

The data service, namely a module, namely a database platform, solves the problem of data storage and ensures high-performance calculation; the system comprises a data integration module, a data inspection module, a data storage module, a data updating module, a remote sensing image database, a current situation and management database, an audit service database, a document data database and a system support database.

The service support module is used as a basic software platform and needs to embody 'commonality', and parts shared by various business systems are abstracted into public service components, including an organization model component, an identity authentication service component, a workflow engine component, an access control service component, a report design component, a business logic component, a unified portal component and a map service component, which can work relatively independently and provide services for other systems through an enterprise service bus.

The system performance module comprises district users, county users, city bureau users and system administrators, and in addition, a cadastral affair center user which plays a role in controlling the process.

The service application module belongs to a management-level application layer, and the project is mainly carried out by initially building a database around the remote sensing monitoring pattern docking and auditing service, managing the remote sensing monitoring pattern docking and auditing service and the like.

As shown in fig. 2, the service application module includes a general function module, a flow control module, a summary statistics module, an individual case processing module, a batch processing module, a data inspection module, a result display module, and a system configuration, and a function interface is opened under each module according to user requirements and permissions.

The general function module comprises system login, service selection, system notification, loading and browsing and GIS general functions.

Wherein, the system logs in: when the system is logged in by using the login page of the system, a user needs to input a user name and a password, and the authority of each user is strictly controlled.

And (3) service selection: at present, only annual change service is supported, the possibility of expanding the system in the future is not eliminated, a plurality of application systems can be connected, and a user can jump among the systems only by logging in one system.

And (3) system notification: mainly used for issuing some notices related to the system, and the local affair center and the system administrator have editing rights.

Loading and browsing: and calculating the data by a scientific method, and displaying the calculation result in the form of a table or a graph.

And GIS general function: and displaying various map spots on a map by using a map service, and attaching basic information.

The process control module includes project planning, process control and inspection control.

Wherein, project proposal: and respectively carrying out case setting treatment on cases according to different issued batches of national monitoring patterns, distributing the cases to different counties after the cases are set, and formally starting the process.

And (3) process control: controlling the flow according to the progress of business handling, wherein before and after butt joint, before butt joint, case attributes are independently filled in a district and a county, and then submitted to a city bureau user, and the city bureau user can return to the district and the county for repopulating the case with the problem; after the connection, the authority of submitting the case to the city bureau by the district and the county is closed, and the city bureau can not return to the district and the county; cases are circulated between three departments and a city location.

The case flow comprises metadata, forms, business types, processes and queries.

Defining metadata description, wherein each metadata corresponds to one table in a database, and the types of the metadata are divided into a graph table and an attribute table.

The method comprises the steps of defining forms, wherein the forms are information items required to be filled in the whole case handling process, and one form can be associated with one or more metadata and used for providing user interaction, inputting information or displaying information.

A service type, i.e. a specific transaction type, is defined.

Defining a flow, wherein the flow description comprises three elements of a node (business link), an action (circulation process) and a service (auxiliary examination and approval); the flow state comprises: pending, on-hold, suspended and completed.

Defining inquiry to display in the list of case handling and case handling, providing the function of filtering and screening data according to the input condition of user and providing the function of paging display.

Checking and controlling: according to different caliber requirements, different inspection specifications are provided for case inspection.

Wherein, the statistics of national inspection pattern spots: the geographical distribution condition and the area of the monitoring pattern are issued by the country, the distribution condition in the district is seen by district users, the distribution condition of the monitoring pattern in the whole city is seen by city bureau users, and export is supported.

And (4) service handling condition statistics: the total handling conditions of all cases on the hand of the user are displayed, the handling quantity is less, the non-handling quantity is clear at a glance, and the export is supported.

And (3) land change condition statistics: the results of the annual change are shown, wherein the higher the characteristic values are, the richer the results are shown, and the export is supported.

The case processing module comprises data export, case inquiry, case list, editing and storage, submission and rollback, case splitting, evidence material checking, evidence material comparison checking and opinion auditing.

Wherein, the data export: and the county user downloads all the related data reported this time from the export data.

Case query: different query conditions are set, and the case in which the user is interested is found out.

Case list: and displaying all cases and displaying the result after the individual case query.

Editing and storing: after the case meeting the current node is clicked, the case attributes can be filled and reported, and the case is sent to a market user after being stored; the special land category also needs to fill in the content of the extension table.

Submitting and returning: and (4) the filled cases are clicked to submit the cases to a business department or a local place of a city, and the cases are examined by the business department or the local place of the city, if the cases are correct, the cases can be submitted to a completion box, and if the cases are wrong, the cases are returned to the county.

Splitting each case: and automatically distributing the cases to different users for examination and verification aiming at the information filled by the users in the district.

Examination of the certification material: aiming at the cases needing cad graphs and proving materials, the case has uploading and viewing functions in the proving material area.

Proof material comparison review: the system has the checking function of two materials of the city bureau and the district bureau, and a user of the city bureau checks the certified materials uploaded in the district and county to see whether the certified materials are authentic or not, which is used as the judgment basis for the auditing opinions.

And (4) opinion auditing: and giving different auditing opinions and storing by verifying the case information filled in the county.

Wherein, uploading and importing the forms in batches: and importing the form template in the export data into the system after the form template in the export data is filled.

Uploading and importing CAD graphs in batches: the cad pattern is imported to the system and checked by the system for being within the monitoring spot.

Batch submission of cases: after the case information is clicked and submitted, the case information which is imported without problems is submitted to a market user in batches, and submitted information is given at the same time.

The data checking module comprises in-table checking, inter-table checking and chart checking.

Wherein, the in-table check: and carrying out scientific inspection on the form uploaded by the user to clear out unnecessary error information.

Checking between tables: the table-to-table relationship is checked to confirm the validity of the data.

And (3) chart checking: checking the graphs to confirm the consistency of the graphs.

Wherein, the country detects the pattern spot: and classifying the remote sensing monitoring table, the facility agricultural land table, the temporary land table and the demolition pattern spot table according to types.

And (4) service processing results: all attributes of the prefecture and county filling are recorded, and prefecture and county users can visually check which contents are filled in and which contents are not filled in.

Signing the form results: signature table export and viewing are supported.

Example 2

Based on the embodiment 1, the use method of the remote sensing monitoring image spot docking system comprises the following steps:

s1, establishing a project by the user of the cadastral transaction center;

s2, exporting data by users in district and county;

further, the uploading of the patterns and the materials is carried out in a batch uploading mode.

Example 3

Based on the above embodiment 1, taking the sea city as an example, the system performance module mainly faces users such as the sea city planning and the national soil resource bureau, the cadastral sites, the comprehensive insurance sites, the local sites, the law enforcement teams and the like of the county planning and the national soil resource bureau, and provides the functions of online reporting, online auditing, statistical analysis, result display and the like of remote sensing monitoring spots issued by the country.

And aiming at the authority of the user, a function of viewing a data statistical chart is given, as shown in the attached figure 2, the geographic distribution condition and the area of the nationally issued monitoring pattern spots are displayed by the nationally issued monitoring pattern spots, the distribution condition in the district is seen by the district users, the distribution condition of the city monitoring pattern spots is seen by the city bureau users, and the graph query result is exported and stored locally.

In order to guide the business handling condition of each user more macroscopically, each user has a business handling condition counting function, as shown in the attached figure 3, the total handling condition, the handling amount and the non-handling amount of all cases on hand of the user are shown, and the cases cannot pass through and are clear at a glance; and exporting and saving the chart query result to the local.

In order to show the final result data to the user, a land type change condition viewing function is invented, the land type change condition viewing is the result display of annual change, as shown in figure 4, wherein the higher the number of characteristic values are, the richer the result is; and exporting and saving the chart query result to the local.

And controlling the flow according to the service handling progress, wherein the flow is divided into before butt joint and after butt joint. Before docking, the case attributes are filled in by the district and the county independently and then submitted to a city bureau user, and the city bureau user can return the case with the problem to the district and the county for repolling. After the connection, the authority of submitting the case to the city bureau by the district and the county is closed, and the city bureau can not return to the district and the county; cases are circulated between three departments and a city location.

According to different caliber requirements, different inspection specifications are provided for case inspection.

A county user has a query function in a case module, inputs a specific condition and can query a specific case. And provides a case list function, so that the user can check all cases according to the own authority, clearly know the current nodes and handling conditions of the cases. The case is singly clicked, the map automatically positions the position of the pattern spot of the case, and basic information of the pattern spot is provided for viewing, and the entity image is converged with other types of pattern spots; the user may fill in attributes for each type of information provided by the map.

After the case meeting the current node is clicked by the district and county users, the case attributes are filled and reported, and the case is sent to the city users after being stored. The special land category also needs to fill in the content of the extension table. When the unchanged reason of the case is the special type, namely 1,2 and 7, the expansion table is popped up for filling. If the content of the expansion table needs to be modified, clicking the expansion table beside the storage.

The unchanged reason is that 1 facility agricultural land is used, the case is submitted by clicking in a case list after being stored, and the case is sent to a city comprehensive insurance department.

The temporary land which is not changed and is approved by law 2 is saved and submitted, and the case is sent to local land of the city.

The unchanged reason is that the illegal land is 7, the field is dismantled, the case is submitted after storage, and the case is sent to a law enforcement team in a city.

The other cases are sent to the local office.

In the evidence material region, aiming at cases needing cad figures and evidence materials, the layer type and case number are selected, the figures and the materials are uploaded to a specified case directory, and the figures and the materials are scientifically filed, stored and maintained.

In the butt joint attribute, the signing-in condition of the business department to the case is shown, and county users only have browsing rights. The method has the advantages that the process and the butt joint condition of the cases are visually displayed, and the butt joint condition and the handling condition of each case are clearly known.

The batch module mainly comprises 3 functions, form import, graph import and batch submission.

The table import is to fill information faithfully according to a table template in the export data, click excel to upload after storage, and click to upload after adding four tables. Then click to import. The import will import the case meeting the standard into the system, will report the error to the case not meeting the requirements, will download a inspection result form at the same time, the information marked red in it as problematic, need to be filled in again.

The operation steps are as follows: and clicking the batch function, and opening a batch processing page. Clicking an excel uploading button in the step one and the form import, popping up a form file uploading frame, clicking an add file button, and selecting a form file to be uploaded. And clicking an uploading button in the interface to upload the selected form files, wherein the interface has a prompt of 'please later, in-process' when the files are uploaded, and each form file is displayed with a progress bar in the following after the uploading is finished. After the uploading is finished, the file uploading window needs to be manually closed. And clicking the import function in the step one and the form import, popping up a prompt window for confirming the import form by the system, clicking the confirm function, and displaying an import progress bar. After the form is imported, the system page can record the prompt of the import success or failure, and the form inspection result is packaged into a compressed package file for automatic downloading, so that a user can click the downloaded file for checking. And clicking the system check result page, and automatically closing the check result page by the system.

Table error modification: opening a table inspection result compressed package file, performing Excel table inspection, and zip, wherein if a plurality of files are uploaded and imported, the compressed package file has in-table inspection and inter-table inspection results, and if only a single file is uploaded, only an in-table inspection result file is generated. Open C1 remote sensing monitoring the spot information verification record table-in-table check, xls, the system will generate the check result in the last column of the table, and fill the whole row record with red ground color in the wrong row, the user can screen the column to check the error and make modification according to the prompt.

C1 intra-table error, inter-table error: the check prompts are in the AD column.

C3 table error: the check prompts are in column S.

C4 table error: the check prompts are in column P.

C5 inter-table error: check prompt in column P, C5 table no in-table check.

The results are checked according to the C1 table, the C1 table is modified preferentially, the results are modified according to the C1 table, and other 3 tables are modified in comparison.

The graphic import operation steps are as follows: clicking a CAD uploading button in the step two, popping up a CAD file uploading frame, clicking an adding file button, and selecting the CAD file to be uploaded. And clicking an uploading button to upload the selected CAD files, wherein when the files are uploaded, an interface can be prompted by 'please later, in the process' and each CAD file can be displayed by a progress bar subsequently after the uploading is finished. After the uploading is finished, the file uploading window needs to be manually closed. And clicking the import function in the step two and the graph import, popping up a prompt window for confirming the import of the graph by the system, clicking the confirm function, and enabling the system to have an import progress bar. After the CAD file is imported, the system page can record the import success or failure, and automatically download the table graph checking result, and a user can click the downloaded file to check. And clicking the system check result page, and automatically closing the check result page by the system.

And step three, clicking a 'submit' button in batch submission, and submitting the case passing the inspection to the next node by the system.

The users of the business departments have different case list functions from users in counties and districts in the case module, can display the case list information, click cases to position the cases, click and submit the cases according to different stored audit conclusions and send the cases to the counties, cadastral places or case completion boxes. The withdrawal function is only for cases that have already committed. Case information filled in the county is not editable, and auditing opinions can be filled in.

And the users of the business departments give different auditing opinions and store the auditing opinions by verifying the case information filled in the counties. And then submitting the case, and sending the case to different users according to different time nodes and audit conclusions. Note that when the audit conclusion is not passed, the fail reason must be filled in.

And when the auditing conclusion is that the business department passes, the cases are submitted after being stored, and the cases are sent to a completion box. If special needs are met, the case can be withdrawn and the case is settled.

And when the auditing conclusion is that the business department does not pass the district and county, returning the case to the district and county, and re-filling and submitting.

And when the audit result shows that the business department does not pass through the local place, the case is handed to the local place of the city and is processed by the local place.

And when the auditing result is that the business department passes the region graph, the rest part is submitted to the cadastral site, and the case is handed to the local cadastral site in the city.

And the case list has one more function of returning back to the district and county users, and the butt joint information of the cases is filled in and stored in the butt joint attribute list. And when the docking conclusion is confirmed, the docking conclusion can be submitted to a completion box, and an audit conclusion is automatically generated. The problematic cases are returned to county.

Aiming at the problem of achievement standard specification, the invention combines the experience of annual survey work over the years, and scientifically calculates and analyzes various data, and integrates and classifies various reports and pictures. Establishing a set of unified standards and rules for the different types of data from the aspects of data naming, storage organization, coordinate system and the like, so as to facilitate system identification and unified management; aiming at a specific annual survey system of annual change, a set of database standards is formulated for uniformly storing and managing various data, scientifically distributing data resources and fully exerting the utilization efficiency of the system; in order to ensure the correctness of various data processing and analysis and improve the efficiency of subsequent data processing and analysis, a set of technical routes for relevant data processing and result analysis needs to be summarized and sorted out. Considering the fluency of data browsing in the system, processing and cutting the image according to the monitoring pattern spot range before the initial image data enters the system for display; and for data analysis, performing topology analysis according to the information filled in the finishing material and on the basis of other vector data such as pattern mark and the like to finish the confirmation of the docking screening condition.

Aiming at the problems of process integration, user functions and work connection, the invention combines the work content of annual change, determines the responsibility between each department and a responsible person, combs the process of each link of annual change investigation, sets the authority between all levels of users according to the requirements of the authority, the link, the form and the like of the users, and combs a set of process for controlling the flow between services.

The invention is a multi-stage auditing system, users mainly refer to county and city multi-stage users, and all stages of users are respectively responsible for respective working ranges and working responsibilities, so that the report of remote sensing monitoring pattern spot results and the smoothness of auditing work are ensured; and the method follows the unified system design specification, ensures that the function design and realization of the whole service system all adopt a service-oriented system architecture, and fully ensures the flexibility and the expansibility of realizing the system functions.

The invention is based on SOA service-oriented architecture platform, supports the integration of the business, and makes it become a mutual connection and reusable business task or service; the AF application platform based on the SOA framework can quickly respond to a mechanism and a team, can reduce the demand risk to the minimum and can greatly reduce the labor cost; based on large database data organization and storage, the database is stored and constructed by relying on Microsoft SQL Server, basic data and document data related to remote sensing monitoring of user survey at all levels are scientifically organized and stored, and a database of a remote sensing monitoring pattern spot docking tool system is established. The JAVAEE framework is based on system development and construction, and has the advantages that: firstly, the JavaEE framework is a technical system framework which is mature in the industry, supports stable operation of a large-scale application system and is widely applied; the JavaEE framework has good safety and reliability; the cross-platform advantage of the JavaEE framework is beneficial to the future optimization and upgrade of the system; the openness of the JavaEE framework provides continuous technical resources for further optimization of the system; the JavaEE framework has good stability; sixthly, the B/S system structure of the JavaEE framework has good system expandability.

The above description is only a preferred embodiment of the present invention, and it is not intended to limit the scope of the present invention, and various modifications and changes may be made by those skilled in the art. Variations, modifications, substitutions, integrations and parameter changes of the embodiments may be made without departing from the principle and spirit of the invention, which may be within the spirit and principle of the invention, by conventional substitution or may realize the same function.

Claims

1. A remote sensing monitoring pattern spot docking system is characterized by comprising an infrastructure module, a data service module, a service support module, a business application module and a system expression module; the infrastructure module comprises an operating system, a GIS platform, a database system, storage equipment, network equipment and power supply equipment.

2. The system of claim 1, wherein the data services module comprises a data integration module, a data inspection module, a data warehousing module, a data update module, a remote sensing image database, a current situation and management database, an audit service database, a document data database, and a system support database.

3. The system of claim 1, wherein the service support module comprises an organizational model component, an identity authentication service component, a workflow engine component, an access control service component, a report design component, a business logic component, a unified portal component, and a map service component.

4. The system of claim 1, wherein the system performance modules include district, county, municipality, and system administrators.

5. The remote sensing monitoring pattern spot docking system as claimed in claim 1, wherein the business application module comprises a general function module, a flow control module, a profile statistics module, an individual case processing module, a batch processing module, a data inspection module, a result display module and a system configuration module.

6. The system of claim 5, wherein the generic function module includes system login, service selection, system notification, load browsing, and GIS generic functions.

7. The remote sensing monitoring pattern spot docking system as recited in claim 5 wherein the process control module includes project planning, process control and inspection control;

8. The remote sensing monitoring pattern spot docking system as recited in claim 5 wherein the case processing module comprises data export, case query, case listing, editing and saving, submission and rollback, case splitting, proof material review, proof material comparison review, and opinion review;

9. The system of claim 5, wherein the data inspection module comprises an intra-table inspection, an inter-table inspection, and a chart inspection;

10. Use of the system for remote sensing monitoring of image spot docking according to any of claims 1-9, comprising the steps of:

s1, establishing a project by the user of the cadastral transaction center;

s2, exporting data by users in district and county;