CN112115187A - Multi-platform linkage management control method for engineering land acquisition and removal data - Google Patents
Multi-platform linkage management control method for engineering land acquisition and removal data Download PDFInfo
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Abstract
The invention provides a multi-platform linkage management control method for engineering land acquisition and removal data, which comprises the following steps of: setting a system; house arrangement; house arrangement is to manage arrangement items; examining and approving the arrangement project step by step according to the flow; statistics and summary: a geographic information module; analyzing the report; a print output function; a mobile office application module; managing by a server side; the invention relates to a multi-platform linkage management control method for engineering land acquisition and removal data, which combines paper data with an electronic map by using an informatization means, and reflects the whole removal compensation process on the map, such as: the detailed data, compensation standard, amount and mode of the owner and the land to be removed can be conveniently inquired in the system, so that the compensation work is simplified and convenient to remove, the work efficiency of the place-seeking removal office is improved, and the work load is reduced.
Description
Technical Field
The invention relates to a management system, in particular to a multi-platform linkage management control method for engineering land acquisition and removal data.
Background
With the development of economy, the process of industrialization and urbanization is inevitably accelerated, which is an inevitable requirement for the development of economy and society. The urban construction development is necessarily accompanied by the process of transferring the expropriation of some agricultural lands into the construction lands, and the process of removing some residential houses is also necessarily caused in the urban construction. Land acquisition and house removal are insurmountable steps in the urban construction process, and are big matters with wide related range, strong policy, relation to the vital interests of the masses and stability of the whole society. On the whole, the work of land utilization and civil house removal is stable and orderly carried out for several years, but for various reasons, some problems are not negligible. In this work, government behaviors at all levels must be regulated to really achieve 'law enforcement' and 'law enforcement as civilian'. Some problems existing in land acquisition and removal work, such as large land acquisition quantity, disordered compensation policies, simple working method and the like, increase the workload of a removal department on one hand, and increase the working difficulty at the same time.
The land acquisition and removal affair department is responsible for collective land acquisition and collection in the scope of the jurisdiction, affair work implemented after agricultural transfer and batch, and work of removing, compensating and arranging houses and other attachments on the collective land. In the actual work, the land acquisition and removal workload is huge, and the work comprises the work of earlier stage field investigation, subsidiary crop investigation, later stage land acquisition compensation and the like, documents generated in the work are only paper management, so that the work is inconvenient to inquire and retrieve, the work is compensated in the actual operation of the compensation work, and the work is required continuously, so that certain difficulty is caused in the confirmation of the compensation work.
Accordingly, there is a need for improvements in the art.
Disclosure of Invention
The invention aims to provide an efficient multi-platform linkage management control method for engineering land acquisition and removal data.
In order to solve the technical problem, the invention provides a multi-platform linkage management control method for engineering land acquisition and removal data, which comprises the following steps:
system setting:
setting group and authority distribution, setting user and group authority, setting land acquisition classification dictionary and unit, setting removal classification dictionary and unit, setting classified unit price, setting measurement unit dictionary, administrative division dictionary and householder relation dictionary, setting house replacement, compensating price difference proportion and responsible person and authority of flow fulcrum, collective management and the like; the set is provided for later use so as to be directly called;
and (3) house arrangement:
the house arrangement module mainly comprises process links such as arrangement project initialization, arrangement project farmer application, arrangement project approval, replacement project establishment, house application conversion, house selection, house approval and the like;
house arrangement is to manage arrangement items; examining and approving the arrangement project step by step according to the flow;
statistics and summary:
the statistical summary module mainly comprises comprehensive statistics of expropriation removal, house arrangement and house check-in, and expropriation removal project statistics, house arrangement project statistics and house replacement project statistics;
a geographic information module:
the system has the functions of data entry, thematic map making and query statistics, can comprehensively analyze and summarize the characteristics of land, personnel and houses in the real estate removal range according to the made thematic map and the query and statistics of various graphic data and attribute data, and predicts the cost required by the real estate removal, thereby making a removal scheme in a targeted manner and providing scientific and normative auxiliary decision information for the real estate removal management work;
report analysis:
because the real estate removal data is large in volume and numerous in types, the data table format is more and more complex;
print output function:
the system provides high-quality hard copy and soft copy tools, including flexible page output, expanded display mode selection and the like, and can create and formulate a map page layout by utilizing a layout window with great flexibility and great flexibility; on the basis, the mixed output of the chart is supported, the related geographic graph and the data form are added as a data map by utilizing the seamless connection characteristic of Office suite of Microsoft and GIS, and the data map is output through a printer, a plotter and the like; for example, a number of people to be placed table, a house area statistical table, a real estate removal schedule, various thematic maps and the like can be printed;
mobile office application module:
server side management,
The system server not only has powerful and rapid system mobility conversion capability, but also provides rich management functions for facilitating the management and maintenance of system management personnel on mobile service application and the stable operation of services, and mainly has the following functions:
the configuration management function of the multi-service application server is provided, the mobile sharing server of a plurality of service systems is realized, the system mobility efficiency is improved, and the system mobility cost is reduced;
the terminal user data information management function is provided, and convenience is brought to the mobile safety management of the system when the leader service changes;
the management function of the system mobile adaptive program file is provided, if the function needs to be adjusted, developers do not need to directly operate or change a server, and only the program file needs to be updated through a management interface, so that the rapid deployment and debugging of the system mobility are realized; providing auxiliary functions of server operation log management, system operation configuration parameters, operation license management and the like; the data conversion engine of the data source conversion engine system server adopts a plurality of data source conversion technologies to realize a plurality of heterogeneous business systems of government departments, and the overall mobility of the heterogeneous systems is realized, wherein the data are acquired from various original business systems by the engine through various modes (a WEB browser, a relational database, an unstructured database and a standard access interface), which is the premise of all work;
converting and adapting the extracted data according to a pre-designed rule, and processing redundant and ambiguous data to unify originally heterogeneous data formats;
the engine transmits the mobile converted data to the client according to the standard protocol to form a corresponding functional interface to be presented to the mobile phone user.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
the system setup further comprises:
carrying out collective management on farmers; searching and adding operations can be performed, and editing and deleting can be performed;
the land acquisition and removal module mainly comprises the procedures of newly building land acquisition and removal projects, inputting land acquisition and removal data, auditing and approving projects, setting project compensation funds, setting and approving project compensation funds, finely adjusting and approving project compensation funds, applying for project compensation payment, approving the application for project compensation payment and the like;
the land acquisition and removal function comprises the management of the flow of land acquisition and removal work; firstly, a land acquisition project needs to be newly built by a worker, then basic data of the project is input, the project is audited and approved, project compensation fund setting and approval, project compensation fund payment application and project compensation fund payment approval are carried out; the operator operates step by step according to the flow until the compensation fund can be released finally;
the invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
the housing arrangement further comprises:
establishing a placement project:
managing and adding a housing cell, newly adding a newly-built housing cell, completing the basic information of the housing cell, adding buildings, perfecting the basic information of the buildings, and generating house and floor graphs in batches
And (5) placing project application and auditing:
selecting a house, checking, and returning or passing according to actual conditions;
newly building a land acquisition and removal project:
a background manager creates a project, selects a set of historical standard templates to extract the existing parameters, and slightly modifies the existing parameters on the basis of the templates; after the setting is finished, saving the point, and entering the project into a flow stage; the auditing and approval of the operation expropriation and removal project with different authorities are carried out by logging in different users
Examination and approval of land acquisition projects:
selecting the project with examination and approval, looking up the basic condition of the project, and performing returning or passing operation according to the objective condition of the data; and the user in the login approval process finishes the audit approval (sends an audit report).
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
data entry:
the constructed GIS platform divides the real estate demolition data into demolition field operation debugging data and drawing document data according to the data form, and the demolition field operation debugging data and the drawing document data are recorded in different modes; aiming at the characteristics that field survey data relates to more elements and is huge in quantity, the function adopts the realization idea of inputting data according to element categories in a classified manner, and sequentially puts in storage land expropriation, houses removal, population removal and other field data; vectorization or scanning digital input can be adopted for the drawing according to the application requirement of the drawing document data; the document can be put in a database form or in a scanning mode according to the original document structure;
making a thematic map:
a large amount of statistical data is involved in the real estate removal management work, but a simple data form cannot display the overall trend of the data; in order to more intuitively represent the trends and distribution conditions of various data and better support auxiliary decision, the platform constructed by the text provides a thematic map making function, and can generate various thematic maps by utilizing color rendering, filling patterns, symbols, histograms or pie chart rendering, so as to realize visualization and mapping of the attribute data of the explanted place;
the main figures include: the distribution situation diagram of the removed people or houses shows the number of family population or house area by using different grade symbols, or shows the proportion of people types or house area of different village groups by using a pie chart; a removal progress chart is used for representing the proportion of signed protocol personnel in different areas by using a pie chart; the removal cost budget schematic diagram and the decision calculation schematic diagram show the removal cost of different areas by different density points or colors.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
and (4) inquiring a statistical function:
providing multiple query and statistics modes, wherein a user can not only independently query attribute information in a statistics database, such as querying the personnel arrangement condition of a certain household or the land area of a certain village group, and counting real estate removal attribute data such as the personnel and house in the certain village group and the area summary condition of removal land; the graph query operation of the real estate removal attribute or the graph query of the real estate removal attribute by the graph belongs to a two-way query operation can be realized based on the special space and attribute information integrated management function of the GIS; for example, the land utilization condition and the land block removal condition of a certain user are inquired by selecting the position of the certain user, or the geographic elements are positioned by using the property removal attribute information of a certain real estate, the information of removed personnel in a certain selected area range is counted, and the like;
according to the manufactured thematic map and the inquiry and statistics of various graphic data and attribute data, the characteristics of land, personnel and houses in the real estate removal range can be comprehensively analyzed and summarized, and the cost required by the real estate removal is predicted, so that the removal scheme is made in a targeted manner, and scientific and normative auxiliary decision information is provided for the real estate removal management work.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
report analysis:
because the real estate removal data is large in volume and numerous in types, the data table format is more and more complex; considering the universality principle, the built GIS platform selects Microsoft Excel as a report output tool, and various reports are made into Excel templates to be called; after the report is output, a user can perform statistical analysis in the report by using the data statistical function of Excel to obtain a related statistical thematic map; the report analysis function can selectively output various types of Microsoft Excel forms such as a land condition report, a house report, an attachment report, a removal personnel information summary report, a unit information summary report and the like according to the ranges of administrative areas, removal projects and the like.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
the management function of terminal user data information (IMEI data, account numbers and passwords of corresponding access systems and the like) is provided, and convenience is brought to the mobile safety management of the system when the leader service changes;
the management function of the system mobile adaptive program file is provided, if the function needs to be adjusted, developers do not need to directly operate or change a server, and only the program file needs to be updated through a management interface, so that the rapid deployment and debugging of the system mobility are realized; providing auxiliary functions of server operation log management, system operation configuration parameters, operation license management and the like; the data conversion engine of the data source conversion engine system server adopts a plurality of data source conversion technologies to realize a plurality of heterogeneous service systems of government departments, and the integral mobility of the heterogeneous systems is realized.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
under the environment that a plurality of applications share a server, a mobile phone user can only access one application, and cannot access a plurality of service applications simultaneously in order to ensure the safety and consistency of data;
when the mobile phone terminal accesses, the authentication is carried out through IMEI data, an application system and a user name so as to limit the same account to access the same service system at a plurality of terminals and prevent a conflict server concurrent processing mechanism from being used;
the intelligent server fully considers the solution of blocking caused by multi-user concurrent processing, such as: processing methods such as function locking and unlocking, friendly prompt and the like are adopted, so that system faults and complaints caused by concurrence of a large number of users are avoided; the specific processing mechanism is as follows:
when the concurrent users exceed the upper limit, the system friendly prompt 'the system is busy, please use … … later';
providing a concurrent user monitoring function, and recording and alarming when the number level of the server user exceeds the set number level;
the system supports more than 1000 concurrent users.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
the multi-application sharing server:
with the continuous development of government informatization, each unit has a plurality of sets of heterogeneous business application systems supporting the production and daily operation of the government, and to realize government mobile informatization, if each business system needs to deploy an independent mobile application server, the cost is high undoubtedly, the implementation period is long, and the management is not facilitated, and the intelligent server of the system well solves the problem, and the specific functions are described as follows: server operation monitoring and terminal data management.
The invention relates to an improvement of a multi-platform linkage management control method for expropriation and removal data of engineering land:
the intelligent server supports a mobile sharing server of a plurality of application systems, only the project corresponding to each service system needs to be simply configured on the intelligent server, and a plurality of applications do not interfere with each other and run independently;
and (3) server operation monitoring:
providing log file analysis generated by an important service process of a system core processing function, generating important data meeting system service monitoring, providing a basis for system service monitoring analysis, and ensuring stable and continuous operation of the system;
terminal data management:
the server side provides terminal data management functions, including basic information of mobile phone users such as user login system names, telephone numbers, IMEI data, functional authorities and the like, and simultaneously, the system records logs of the users accessing the system by using the mobile phone client side, and provides basic data sources for statistical analysis of various services.
The multi-platform linkage management control method for the engineering land acquisition and removal data has the technical advantages that:
the invention relates to a multi-platform linkage management control method for engineering land acquisition and removal data, which combines paper data with an electronic map by using an informatization means, and reflects the whole removal compensation process on the map, such as: the detailed data, compensation standard, amount and mode of the owner and the land to be removed can be conveniently inquired in the system, so that the compensation work is simplified and convenient to remove, the work efficiency of the place-seeking removal office is improved, and the work load is reduced. Meanwhile, the system can provide a series of reports, collect the removal compensation work in the whole time period, and facilitate leading decision.
Drawings
The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.
FIG. 1 is a block diagram of a multi-platform linkage management control method for engineering land relocation data.
Detailed Description
The invention will be further described with reference to specific examples, but the scope of the invention is not limited thereto.
The embodiment 1 is a multi-platform linkage management control method for project land acquisition and removal data, and as shown in fig. 1, the method comprises a system setting module, a land acquisition and removal module, a house arrangement module, a statistics and summary module, a geographic information module and a mobile office application module.
The system setting module comprises group management, personnel management, dictionary management, collective management, farmer management and standard management. The dictionary management also comprises a land acquisition dictionary, a measurement unit dictionary, a removal dictionary, a housekeeping relation dictionary and an administrative division dictionary. Standard management includes replacement of house standards and expropriation of place.
The system setting module has a plurality of sub functions, such as group and authority distribution setting, user and group authority setting, land acquisition classification dictionary and unit setting, removal classification dictionary and unit setting, classified unit price setting, metering unit dictionary setting, administrative division dictionary and user main relationship dictionary setting, house replacement, charge and authority of compensation price ratio and process pivot setting, collective management and the like. The set up is provided for later use for direct invocation.
And carrying out collective management on farmers. Searching and adding operations can be performed, and editing and deleting can be performed.
The land acquisition and removal module mainly comprises the procedures of newly building land acquisition and removal projects, inputting land acquisition and removal data, auditing and approving projects, setting project compensation funds, setting and approving project compensation funds, finely adjusting and approving project compensation funds, applying for project compensation payment, approving the application for project compensation payment and the like.
The expropriation and removal function comprises management of the flow of expropriation and removal work. Firstly, a land acquisition project needs to be newly built by a worker, then basic data of the project is input, the project is audited and approved, project compensation fund setting is carried out, project compensation fund setting is approved, project compensation fund payment application is carried out, and project compensation fund payment is approved. The operator operates step by step according to the flow until the compensation funds can be released finally.
Newly building a land acquisition and removal project:
background management personnel create a project, select a set of historical standard templates to extract the existing parameters, and slightly modify the existing parameters on the basis of the templates. After the setting is finished, the point is saved, and the project enters a flow stage. The auditing and approval of the operation expropriation and removal project with different authorities are carried out by logging in different users
Examination and approval of land acquisition projects:
and selecting the item with examination and approval, looking up the basic condition of the item, and performing returning or passing operation according to the objective condition of the data. And the user in the login approval process finishes the audit approval (sends an audit report).
The house arrangement module comprises:
the house arrangement module mainly comprises process links such as arrangement project initialization, arrangement project farmer application, arrangement project approval, replacement project establishment, house application conversion, house selection, house approval and the like.
Housing installation is the management of installation items. And carrying out approval on the placement project step by step according to the flow.
Establishing a placement project:
managing and adding a housing cell, newly adding a newly-built housing cell, completing the basic information of the housing cell, adding buildings, perfecting the basic information of the buildings, and generating house and floor graphs in batches
Arranging project application auditing (house selection):
and selecting a house, checking, and returning or passing according to the actual condition.
A statistics summary module:
the statistics and summary module mainly comprises comprehensive statistics of expropriation and removal, house arrangement and house check-in, and statistics of expropriation and removal items, house arrangement item statistics and house replacement item statistics.
A geographic information module:
data entry:
the constructed GIS platform divides real estate removal data into removal field operation survey data and drawing document data according to data forms, and the data are recorded in different modes. Aiming at the characteristics that field survey data relates to more elements and is huge in quantity, the function adopts the realization idea of inputting data according to element categories in a classified mode, and expropriated land, removed houses, removed population and other field data are sequentially put into storage. Vectorization or scanning digital input can be adopted for the drawing according to the application requirement of the drawing document data; the document can be put in a database form or in a scanning mode according to the original document structure.
Making a thematic map:
the real estate removal management work involves a large amount of statistical data, but a simple data sheet cannot show the overall trend of the data. In order to more intuitively represent trends and distribution conditions of various data and better support assistant decision, the platform constructed by the method provides a thematic map making function, can generate various thematic maps by utilizing color rendering, filling patterns, symbols, histograms or pie chart rendering, and realizes visualization and mapping of the attribute data of the explanted place.
The main figures include: the distribution situation diagram of the removed people or houses shows the number of family population or house area by using different grade symbols, or shows the proportion of people types or house area of different village groups by using a pie chart; a removal progress chart is used for representing the proportion of signed protocol personnel in different areas by using a pie chart; the removal cost budget schematic diagram and the decision calculation schematic diagram show the removal cost of different areas by different density points or colors.
And (4) inquiring a statistical function:
providing multiple query and statistics modes, wherein a user can not only independently query attribute information in a statistics database, such as querying the personnel arrangement condition of a certain household or the land area of a certain village group, and counting real estate removal attribute data such as the personnel and house in the certain village group and the area summary condition of removal land; and the graph attribute bidirectional query operation of querying the graph by the real estate removal attribute or querying the real estate removal attribute by the graph can be realized based on the unique space and attribute information integrated management function of the GIS. For example, the land utilization condition and the land block removal condition of a certain user are inquired by selecting the position of the certain user, or the geographic elements are positioned by using the property removal attribute information of a certain real estate, the information of removed personnel in a certain selected area range is counted, and the like.
According to the manufactured thematic map and the inquiry and statistics of various graphic data and attribute data, the characteristics of land, personnel and houses in the real estate removal range can be comprehensively analyzed and summarized, and the cost required by the real estate removal is predicted, so that the removal scheme is made in a targeted manner, and scientific and normative auxiliary decision information is provided for the real estate removal management work.
Report form analysis function:
due to the large volume and the large number of categories of real estate removal data, the data tables are more and more complex in format. In consideration of the universality principle, the built GIS platform selects Microsoft Excel as a report output tool, and various reports are made into Excel templates to be called. After the report is output, a user can perform statistical analysis in the report by using the data statistical function of Excel to obtain a related statistical thematic map. The report analysis function can selectively output various types of Microsoft Excel forms such as a land condition report, a house report, an attachment report, a removal personnel information summary report, a unit information summary report and the like according to the ranges of administrative areas, removal projects and the like.
Print output function:
the system provides high quality hardcopy and softcopy tools including flexible page output and expanded display mode selection, etc., and can utilize its extremely flexible layout window and utilize the great flexibility to create and formulate a page layout. On the basis, the method supports mixed output of charts, adds related geographic graphics and data forms as data maps by utilizing the seamless connection characteristic of Office suite of Microsoft and GIS, and outputs the data maps through a printer, a plotter and the like. For example, a number of people to place table, a house area statistics table, a real estate removal schedule, various thematic maps, and the like can be printed.
Mobile office application module:
intelligent server function:
server side management:
the system server not only has powerful and rapid system mobility conversion capability, but also provides rich management functions for facilitating the management and maintenance of system management personnel on mobile service application and the stable operation of services, and mainly has the following functions:
the configuration management function of the multi-service application server is provided, the mobile sharing server of a plurality of service systems is realized, the system mobility efficiency is improved, and the system mobility cost is reduced;
the management function of terminal user data information (IMEI data, account numbers and passwords of corresponding access systems and the like) is provided, and convenience is brought to the mobile safety management of the system when the leader service changes;
the management function of the system mobile adaptive program file is provided, if the function needs to be adjusted, developers do not need to directly operate or change a server, and only the program file needs to be updated through a management interface, so that the rapid deployment and debugging of the system mobility are realized; and auxiliary functions of server operation log management, system operation configuration parameters, operation license management and the like are provided. The data conversion engine of the data source conversion engine system server adopts a plurality of data source conversion technologies to realize a plurality of heterogeneous business systems of government departments, and the overall mobility of the heterogeneous systems is realized, wherein the data are acquired from various original business systems by the engine through various modes (a WEB browser, a relational database, an unstructured database and a standard access interface), which is the premise of all work;
converting and adapting the extracted data according to a pre-designed rule, and processing redundant and ambiguous data to unify originally heterogeneous data formats;
the engine transmits the mobile converted data to the client according to the standard protocol to form a corresponding functional interface to be presented to the mobile phone user.
Multi-application sharing server
With the continuous development of government informatization, each unit has a plurality of sets of heterogeneous business application systems supporting the production and daily operation of the government, and to realize government mobile informatization, if each business system needs to deploy an independent mobile application server, the cost is high undoubtedly, the implementation period is long, and the management is not facilitated, and the intelligent server of the system well solves the problem, and the specific functions are described as follows:
the intelligent server supports a mobile sharing server of a plurality of application systems, only the project corresponding to each service system needs to be simply configured on the intelligent server, and a plurality of applications do not interfere with each other and run independently;
under the environment that a plurality of applications share a server, a mobile phone user can only access one application, and cannot access a plurality of service applications simultaneously in order to ensure the safety and consistency of data;
when the mobile phone terminal accesses, the IMEI data, the application system and the user name are verified to limit the same account to access the same service system at a plurality of terminals, so that a conflict server concurrent processing mechanism is prevented from being used.
The intelligent server fully considers the solution of blocking caused by multi-user concurrent processing, such as: the functions are locked and unlocked, friendly prompt is carried out, and the like, so that system faults and complaints caused by concurrence of a large number of users are avoided. The specific processing mechanism is as follows:
when the concurrent users exceed the upper limit, the system friendly prompt 'the system is busy, please use … … later';
providing a concurrent user monitoring function, and recording and alarming when the number level of the server user exceeds the set number level;
the system supports more than 1000 concurrent users.
And (3) server operation monitoring:
the method provides log file analysis generated by the important service process of the system core processing function, generates important data meeting system service monitoring, provides a basis for system service monitoring analysis, and ensures stable and continuous operation of the system.
Terminal data management:
the server side provides terminal data management functions, including basic information of mobile phone users such as user login system names, telephone numbers, IMEI data, functional authorities and the like, and simultaneously, the system records logs of the users accessing the system by using the mobile phone client side, and provides basic data sources for statistical analysis of various services.
Finally, it is also noted that the above-mentioned lists merely illustrate a few specific embodiments of the invention. It is obvious that the invention is not limited to the above embodiments, but that many variations are possible. All modifications which can be derived or suggested by a person skilled in the art from the disclosure of the present invention are to be considered within the scope of the invention.
Claims (10)
1. The multi-platform linkage management control method for the engineering land acquisition and removal data is characterized by comprising the following steps of: the method comprises the following steps:
system setting:
setting group and authority distribution, setting user and group authority, setting land acquisition classification dictionary and unit, setting removal classification dictionary and unit, setting classified unit price, setting measurement unit dictionary, administrative division dictionary and householder relation dictionary, setting house replacement, compensating price difference proportion and responsible person and authority of flow fulcrum, collective management and the like; the set is provided for later use so as to be directly called;
and (3) house arrangement:
the house arrangement module mainly comprises process links such as arrangement project initialization, arrangement project farmer application, arrangement project approval, replacement project establishment, house application conversion, house selection, house approval and the like;
house arrangement is to manage arrangement items; examining and approving the arrangement project step by step according to the flow;
statistics and summary:
the statistical summary module mainly comprises comprehensive statistics of expropriation removal, house arrangement and house check-in, and expropriation removal project statistics, house arrangement project statistics and house replacement project statistics;
a geographic information module:
the system has the functions of data entry, thematic map making and query statistics, can comprehensively analyze and summarize the characteristics of land, personnel and houses in the real estate removal range according to the made thematic map and the query and statistics of various graphic data and attribute data, and predicts the cost required by the real estate removal, thereby making a removal scheme in a targeted manner and providing scientific and normative auxiliary decision information for the real estate removal management work;
report analysis:
because the real estate removal data is large in volume and numerous in types, the data table format is more and more complex;
print output function:
the system provides high-quality hard copy and soft copy tools, including flexible page output, expanded display mode selection and the like, and can create and formulate a map page layout by utilizing a layout window with great flexibility and great flexibility; on the basis, the mixed output of the chart is supported, the related geographic graph and the data form are added as a data map by utilizing the seamless connection characteristic of Office suite of Microsoft and GIS, and the data map is output through a printer, a plotter and the like; for example, a number of people to be placed table, a house area statistical table, a real estate removal schedule, various thematic maps and the like can be printed;
server side management:
the system server not only has powerful and rapid system mobility conversion capability, but also provides rich management functions for facilitating the management and maintenance of system management personnel on mobile service application and the stable operation of services, and mainly has the following functions:
the configuration management function of the multi-service application server is provided, the mobile sharing server of a plurality of service systems is realized, the system mobility efficiency is improved, and the system mobility cost is reduced;
the terminal user data information management function is provided, and convenience is brought to the mobile safety management of the system when the leader service changes;
the management function of the system mobile adaptive program file is provided, if the function needs to be adjusted, developers do not need to directly operate or change a server, and only the program file needs to be updated through a management interface, so that the rapid deployment and debugging of the system mobility are realized; providing auxiliary functions of server operation log management, system operation configuration parameters, operation license management and the like; the data conversion engine of the data source conversion engine system server adopts a plurality of data source conversion technologies to realize a plurality of heterogeneous service systems of government departments, and the overall mobility of the heterogeneous systems is realized, wherein the data are acquired from various original service systems by the engine in various ways, which is the premise of all work;
converting and adapting the extracted data according to a pre-designed rule, and processing redundant and ambiguous data to unify originally heterogeneous data formats;
the engine transmits the mobile converted data to the client according to the standard protocol to form a corresponding functional interface to be presented to the mobile phone user.
2. The multi-platform linkage management control method for the engineering land acquisition and relocation data according to claim 1, characterized in that:
the system setup further comprises:
carrying out collective management on farmers; searching and adding operations can be performed, and editing and deleting can be performed;
the land acquisition and removal module mainly comprises the procedures of newly building land acquisition and removal projects, inputting land acquisition and removal data, auditing and approving projects, setting project compensation funds, setting and approving project compensation funds, finely adjusting and approving project compensation funds, applying for project compensation payment, approving the application for project compensation payment and the like;
the land acquisition and removal function comprises the management of the flow of land acquisition and removal work; firstly, a land acquisition project needs to be newly built by a worker, then basic data of the project is input, the project is audited and approved, project compensation fund setting and approval, project compensation fund payment application and project compensation fund payment approval are carried out; the operator operates step by step according to the flow until the compensation funds can be released finally.
3. The multi-platform linkage management control method for the engineering land acquisition and relocation data according to claim 2, characterized in that:
the housing arrangement further comprises:
establishing a placement project:
managing and adding a housing cell, newly adding a newly-built housing cell, completing the basic information of the housing cell, adding buildings, perfecting the basic information of the buildings, and generating house and floor graphs in batches
And (5) placing project application and auditing:
selecting a house, checking, and returning or passing according to actual conditions;
newly building a land acquisition and removal project:
a background manager creates a project, selects a set of historical standard templates to extract the existing parameters, and slightly modifies the existing parameters on the basis of the templates; after the setting is finished, saving the point, and entering the project into a flow stage; the auditing and approval of the operation expropriation and removal project with different authorities are carried out by logging in different users
Examination and approval of land acquisition projects:
selecting the project with examination and approval, looking up the basic condition of the project, and performing returning or passing operation according to the objective condition of the data; and the user in the login approval process finishes the audit approval (sends an audit report).
4. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 3, wherein:
data entry:
the constructed GIS platform divides the real estate demolition data into demolition field operation debugging data and drawing document data according to the data form, and the demolition field operation debugging data and the drawing document data are recorded in different modes; aiming at the characteristics that field survey data relates to more elements and is huge in quantity, the function adopts the realization idea of inputting data according to element categories in a classified manner, and sequentially puts in storage land expropriation, houses removal, population removal and other field data; vectorization or scanning digital input can be adopted for the drawing according to the application requirement of the drawing document data; the document can be put in a database form or in a scanning mode according to the original document structure;
making a thematic map:
a large amount of statistical data is involved in the real estate removal management work, but a simple data form cannot display the overall trend of the data; in order to more intuitively represent the trends and distribution conditions of various data and better support auxiliary decision, the platform constructed by the text provides a thematic map making function, and can generate various thematic maps by utilizing color rendering, filling patterns, symbols, histograms or pie chart rendering, so as to realize visualization and mapping of the attribute data of the explanted place;
the main figures include: the distribution situation diagram of the removed people or houses shows the number of family population or house area by using different grade symbols, or shows the proportion of people types or house area of different village groups by using a pie chart; a removal progress chart is used for representing the proportion of signed protocol personnel in different areas by using a pie chart; the removal cost budget schematic diagram and the decision calculation schematic diagram show the removal cost of different areas by different density points or colors.
5. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 4, wherein:
and (4) inquiring a statistical function:
providing multiple query and statistics modes, wherein a user can not only independently query attribute information in a statistics database, such as querying the personnel arrangement condition of a certain household or the land area of a certain village group, and counting real estate removal attribute data such as the personnel and house in the certain village group and the area summary condition of removal land; the graph query operation of the real estate removal attribute or the graph query of the real estate removal attribute by the graph belongs to a two-way query operation can be realized based on the special space and attribute information integrated management function of the GIS; for example, the land utilization condition and the land block removal condition of a certain user are inquired by selecting the position of the certain user, or the geographic elements are positioned by using the property removal attribute information of a certain real estate, the information of removed personnel in a certain selected area range is counted, and the like;
according to the manufactured thematic map and the inquiry and statistics of various graphic data and attribute data, the characteristics of land, personnel and houses in the real estate removal range can be comprehensively analyzed and summarized, and the cost required by the real estate removal is predicted, so that the removal scheme is made in a targeted manner, and scientific and normative auxiliary decision information is provided for the real estate removal management work.
6. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 5, wherein:
report analysis:
because the real estate removal data is large in volume and numerous in types, the data table format is more and more complex; considering the universality principle, the built GIS platform selects Microsoft Excel as a report output tool, and various reports are made into Excel templates to be called; after the report is output, a user can perform statistical analysis in the report by using the data statistical function of Excel to obtain a related statistical thematic map; the report analysis function can selectively output various types of Microsoft Excel forms such as a land condition report, a house report, an attachment report, a removal personnel information summary report, a unit information summary report and the like according to the ranges of administrative areas, removal projects and the like.
7. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 6, wherein:
the management function of terminal user data information (IMEI data, account numbers and passwords of corresponding access systems and the like) is provided, and convenience is brought to the mobile safety management of the system when the leader service changes;
the management function of the system mobile adaptive program file is provided, if the function needs to be adjusted, developers do not need to directly operate or change a server, and only the program file needs to be updated through a management interface, so that the rapid deployment and debugging of the system mobility are realized; providing auxiliary functions of server operation log management, system operation configuration parameters, operation license management and the like; the data conversion engine of the data source conversion engine system server adopts a plurality of data source conversion technologies to realize a plurality of heterogeneous service systems of government departments, and the integral mobility of the heterogeneous systems is realized.
8. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 7, wherein:
under the environment that a plurality of applications share a server, a mobile phone user can only access one application, and cannot access a plurality of service applications simultaneously in order to ensure the safety and consistency of data;
when the mobile phone terminal accesses, the authentication is carried out through IMEI data, an application system and a user name so as to limit the same account to access the same service system at a plurality of terminals and prevent a conflict server concurrent processing mechanism from being used;
the intelligent server fully considers the solution of blocking caused by multi-user concurrent processing, such as: processing methods such as function locking and unlocking, friendly prompt and the like are adopted, so that system faults and complaints caused by concurrence of a large number of users are avoided; the specific processing mechanism is as follows:
when the concurrent users exceed the upper limit, the system friendly prompt 'the system is busy, please use … … later';
providing a concurrent user monitoring function, and recording and alarming when the number level of the server user exceeds the set number level;
the system supports more than 1000 concurrent users.
9. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 8, wherein:
the multi-application sharing server:
with the continuous development of government informatization, each unit has a plurality of sets of heterogeneous business application systems supporting the production and daily operation of the government, and to realize government mobile informatization, if each business system needs to deploy an independent mobile application server, the cost is high undoubtedly, the implementation period is long, and the management is not facilitated, and the intelligent server of the system well solves the problem, and the specific functions are described as follows: server operation monitoring and terminal data management.
10. The multi-platform linkage management control method for the engineering land featuring relocation data according to claim 9, wherein:
the intelligent server supports a mobile sharing server of a plurality of application systems, only the project corresponding to each service system needs to be simply configured on the intelligent server, and a plurality of applications do not interfere with each other and run independently;
and (3) server operation monitoring:
providing log file analysis generated by an important service process of a system core processing function, generating important data meeting system service monitoring, providing a basis for system service monitoring analysis, and ensuring stable and continuous operation of the system;
terminal data management:
the server side provides terminal data management functions, including basic information of mobile phone users such as user login system names, telephone numbers, IMEI data, functional authorities and the like, and simultaneously, the system records logs of the users accessing the system by using the mobile phone client side, and provides basic data sources for statistical analysis of various services.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112613855A (en) * | 2021-01-04 | 2021-04-06 | 中国铁道科学研究院集团有限公司电子计算技术研究所 | Sign and tear down management method and device of railway BIM system based on web real-time modeling |
| CN112632182A (en) * | 2021-01-15 | 2021-04-09 | 四创科技有限公司 | Ecological relocation management system and method based on geographic spatial information |
| CN113159649A (en) * | 2021-01-19 | 2021-07-23 | 青岛达人孵化器有限公司 | Internet of things data processing resource reporting control method and cloud computing server |
| CN114186962A (en) * | 2021-11-30 | 2022-03-15 | 海南图语地理信息技术有限公司 | House area expropriation and migration integrated system based on consensus method |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104599007A (en) * | 2013-10-31 | 2015-05-06 | 南京思润软件有限公司 | C/S (Client/Server) architecture based displacement resettlement system |
| CN106250382A (en) * | 2016-01-28 | 2016-12-21 | 新博卓畅技术（北京）有限公司 | A kind of metadata management automotive engine system and implementation method |
| CN106875131A (en) * | 2017-03-17 | 2017-06-20 | 北京世纪国源科技股份有限公司 | A kind of dismantlement valuation allocation method and system |
-
2020
- 2020-09-14 CN CN202010962484.3A patent/CN112115187A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104599007A (en) * | 2013-10-31 | 2015-05-06 | 南京思润软件有限公司 | C/S (Client/Server) architecture based displacement resettlement system |
| CN106250382A (en) * | 2016-01-28 | 2016-12-21 | 新博卓畅技术（北京）有限公司 | A kind of metadata management automotive engine system and implementation method |
| CN106875131A (en) * | 2017-03-17 | 2017-06-20 | 北京世纪国源科技股份有限公司 | A kind of dismantlement valuation allocation method and system |
Non-Patent Citations (1)
| Title |
|---|
| 徐昌述;卢正;: "基于GIS的房地产拆迁信息系统的设计与实现", 测绘, no. 06, pages 251 - 253 * |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112613855A (en) * | 2021-01-04 | 2021-04-06 | 中国铁道科学研究院集团有限公司电子计算技术研究所 | Sign and tear down management method and device of railway BIM system based on web real-time modeling |
| CN112632182A (en) * | 2021-01-15 | 2021-04-09 | 四创科技有限公司 | Ecological relocation management system and method based on geographic spatial information |
| CN113159649A (en) * | 2021-01-19 | 2021-07-23 | 青岛达人孵化器有限公司 | Internet of things data processing resource reporting control method and cloud computing server |
| CN114186962A (en) * | 2021-11-30 | 2022-03-15 | 海南图语地理信息技术有限公司 | House area expropriation and migration integrated system based on consensus method |
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