CN114792214A - Comprehensive evaluation system, method, medium and terminal device for city management - Google Patents
Comprehensive evaluation system, method, medium and terminal device for city management Download PDFInfo
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Abstract
The invention relates to the field of urban management evaluation, in particular to a comprehensive evaluation system and a comprehensive evaluation method for urban management, wherein an evaluation grid, an evaluation sample point and an evaluation expert database are maintained and managed through a basic information module; the method comprises the following steps that an evaluation grid is used for directly dividing a built-up area of a city on a map, evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and an evaluation expert database is used for maintaining and managing evaluation expert data; the urban management evaluation is divided into grids for evaluation, so that the urban management comprehensive evaluation is more refined.
Description
Technical Field
The invention relates to the field of urban management evaluation, in particular to a comprehensive evaluation system and method for urban management.
Background
Most city management work is still biased to post-event behaviors, a perfect analysis and prediction mechanism is not established on events and problems of city management, the prevention work in advance is weak, certain city management behaviors do repeated work and useless work to a certain extent, the beginning and long-term treatment are not achieved, the whole city cannot be evaluated, and the evaluation cannot be refined.
Disclosure of Invention
The embodiment of the invention provides a comprehensive evaluation system and method for city management, which at least solve the technical problem that the conventional city management comprehensive evaluation is not fine.
According to an embodiment of the present invention, a comprehensive evaluation system for city management is provided, which includes the following steps:
the basic information module is used for maintaining and managing the evaluation grids, the evaluation sample points and the evaluation expert database; the method comprises the steps that an evaluation grid is used for directly dividing urban built-up areas on a map, evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and an evaluation expert database is used for maintaining and managing evaluation expert data;
the evaluation index module is used for maintaining the evaluation indexes of the urban management operation and associating the evaluated evaluation indexes with the evaluation sample points; the evaluation indexes comprise names, evaluation modes, descriptions, calculation formulas, evaluation methods and data sources of the evaluation indexes;
an evaluation model building module is used for selecting evaluation indexes and building an urban management evaluation model;
the evaluation task module is used for initiating an evaluation task, wherein the evaluation task comprises a comprehensive evaluation task, a data reporting task, a questionnaire task, a field inspection task and a big data analysis task;
the data reporting module is used for receiving the data reporting task to collect the data of each department of the city management and calculating an evaluation result according to the collection time of the evaluation model;
the questionnaire module is used for receiving questionnaire survey tasks, selecting related questionnaires according to evaluation requirements, wherein the questionnaires are related evaluation results obtained by developing questionnaire survey work in an online-to-online mode, and the evaluation results are calculated through an evaluation model;
the field inspection module is used for acquiring a field inspection task by an evaluation expert, proceeding to an evaluation grid designated by the evaluation model to inspect relevant evaluation sample points, reporting problem information of relevant samples after inspection, and automatically calculating an evaluation result by the system according to the reported problems;
the big data analysis module is used for receiving a big data analysis task, acquiring relevant service data, performing data analysis according to the evaluation model, and automatically calculating an evaluation result according to a big data analysis result;
the evaluation and audit module is used for receiving the evaluation results calculated by the service platform data reporting module, the questionnaire survey module, the field inspection module and the big data analysis module, checking and auditing the evaluation result data, and returning the evaluation data which does not pass the audit directly;
the evaluation result module is used for receiving the evaluation data which passes the evaluation check, reporting the evaluation result of the task, the evaluation result of the questionnaire task, the evaluation result of the on-site inspection task and the evaluation result of the big data analysis task to the data reporting module, and automatically generating an evaluation report according to the evaluation template after the evaluation results pass the check;
the basic information module, the evaluation index module, the evaluation model establishing module, the evaluation task module, the data reporting module, the questionnaire module, the field inspection module, the big data analysis module, the evaluation auditing module and the evaluation result module are connected through the main control module.
Further, the method for directly dividing the built-up city area on the map specifically comprises the following steps:
the urban built area is divided into three types, namely a core area, a general urban area and an urban-rural joint part according to the urban built area.
Furthermore, an evaluation grid is formed by combining a plurality of continuous unit grids, the minimum grid of the area of the evaluation grid is not less than 0.5 square kilometer, and the maximum grid is not more than 2 square kilometers.
Further, the types of sample points include: primary and secondary main roads, small back streets, commercial pedestrian streets, parks, squares, farm markets, public toilets, railway stations or long-distance bus stations, rivers and lakes, convenience stall planning areas, communities and main traffic intersections.
Further, the evaluation task module comprises:
the data reporting task module is used for processing the data reporting task and pushing the task of city management evaluation to a business system of a relevant department through a standard interface;
the questionnaire task module is used for processing the questionnaire task and automatically pushing the questionnaire task to related public services according to the maintained questionnaire information; wherein the questionnaire comprises an online and an offline combined manner;
the field inspection task module is used for processing a field inspection task, selecting related evaluation grids, evaluation sample points and evaluators according to the city scale, and directly pushing the evaluation task of the field inspection to related evaluation experts;
and the data analysis task module is used for processing the big data analysis task and generating the big data analysis task of city management evaluation according to the evaluation model.
And further, selecting a related evaluation grid, evaluating sample points and evaluating personnel by a Monte Carlo random algorithm.
A comprehensive evaluation method for city management comprises the following steps;
maintaining and managing the evaluation grids, the evaluation sample points and the evaluation expert database; the method comprises the following steps that an evaluation grid is used for directly dividing a built-up area of a city on a map, evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and an evaluation expert database is used for maintaining and managing evaluation expert data;
maintaining the evaluation indexes of the urban management operation, and associating the evaluation indexes with the evaluation sample points; the evaluation indexes comprise names, evaluation modes, descriptions, calculation formulas, evaluation methods and data sources of the evaluation indexes;
selecting an evaluation index to establish a city management evaluation model;
initiating an evaluation task, wherein the evaluation task comprises a comprehensive evaluation task, a data reporting task, a questionnaire task, a field inspection task and a big data analysis task;
collecting data of each department of city management based on the received data reporting task, and calculating an evaluation result according to the time collected by the evaluation model;
based on the received questionnaire survey task, selecting a relevant questionnaire according to evaluation requirements, wherein the questionnaire is a relevant evaluation result obtained by carrying out questionnaire survey work in an online-offline mode, and the evaluation result is calculated through an evaluation model;
acquiring a field inspection task based on an evaluation expert, going to an evaluation grid to inspect relevant evaluation sample points, reporting problem information of relevant samples after inspection, and automatically calculating an evaluation result by the system according to the reported problems;
based on the received big data analysis task, acquiring related service data to perform data analysis according to the evaluation model, and automatically calculating an evaluation result according to the big data analysis result;
based on the evaluation results calculated by the service platform data reporting task, the questionnaire survey task, the field inspection task and the big data analysis task, the evaluation result data is inspected and audited, and the evaluation data which does not pass the audit is directly returned;
and based on the evaluation data which is received and approved by the evaluation inspection, after the evaluation results of the data reporting task, the questionnaire task evaluation results, the field inspection task evaluation results and the big data analysis task evaluation results are all approved, automatically generating an evaluation report according to the evaluation template.
A computer readable storage medium stores one or more programs, which are executable by one or more processors, to implement the steps in the above-described comprehensive evaluation method for city management.
A terminal device, comprising: a processor, a memory, and a communication bus; the memory has stored thereon a computer readable program executable by the processor;
the communication bus realizes the connection communication between the processor and the memory;
the processor implements the steps of the above-described comprehensive evaluation method for city management when executing the computer-readable program.
In the comprehensive evaluation system and method for city management in the embodiment of the invention, the basic information module is used for maintaining and managing the evaluation grid, the evaluation sample points and the evaluation expert database; the method comprises the steps that an evaluation grid is used for directly dividing urban built-up areas on a map, evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and an evaluation expert database is used for maintaining and managing evaluation expert data; the urban management evaluation is divided into grids for evaluation, so that the urban management comprehensive evaluation is more refined.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention and do not constitute a limitation of the invention. In the drawings:
FIG. 1 is a schematic diagram of a comprehensive evaluation system for city management according to the present invention;
FIG. 2 is a diagram illustrating an exemplary evaluation model according to the present invention;
FIG. 3 is a flow chart of the comprehensive evaluation method of city management of the present invention;
fig. 4 is a schematic diagram of a terminal device according to the present invention.
Detailed Description
In order to make those skilled in the art better understand the technical solutions of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that the terms "first," "second," and the like in the description and claims of the present invention and in the drawings described above are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used is interchangeable under appropriate circumstances such that the embodiments of the invention described herein are capable of operation in other sequences than those illustrated or described herein. Furthermore, the terms "comprises," "comprising," and "having," and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.
Example 1
According to an embodiment of the present invention, there is provided a comprehensive evaluation system for city management, referring to fig. 1, including:
a basic information module 11, configured to perform maintenance management on the evaluation grid, the evaluation sample points, and the evaluation expert database; the method comprises the following steps that an evaluation grid is used for directly dividing a built-up area of a city on a map, evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and an evaluation expert database is used for maintaining and managing evaluation expert data;
the evaluation index module 12 is used for maintaining the evaluation indexes of the city management operation and associating the evaluated evaluation indexes with the evaluation sample points; the evaluation indexes comprise names, evaluation modes, descriptions, calculation formulas, evaluation methods and data sources of the evaluation indexes;
an evaluation model building module 13 for selecting evaluation indexes and building an urban management evaluation model;
the evaluation task module 14 is configured to initiate an evaluation task, where the evaluation task includes a comprehensive evaluation task, a data reporting task, a questionnaire task, a field inspection task, and a big data analysis task;
the data reporting module 15 is used for receiving the data reporting task to collect the data of each department of city management, and calculating an evaluation result according to the time collected by the evaluation model;
the questionnaire module 16 is used for receiving questionnaire survey tasks, selecting relevant questionnaires according to evaluation requirements, wherein the questionnaires are relevant evaluation results obtained by carrying out questionnaire survey work in an online-to-offline mode, and calculating the evaluation results through an evaluation model;
the field inspection module 17 is used for the evaluation expert to obtain the field inspection task, go to the evaluation grid designated by the evaluation model to inspect the relevant evaluation sample points, report the problem information of the relevant samples after inspection, and the system automatically calculates the evaluation result according to the reported problems;
the big data analysis module 18 is used for receiving a big data analysis task, acquiring relevant service data, performing data analysis according to the evaluation model, and automatically calculating an evaluation result according to a big data analysis result;
the evaluation and review module 19 is used for receiving the evaluation results calculated by the service platform data reporting module 15, the questionnaire survey module 16, the field inspection module 17 and the big data analysis module 18, and performing inspection and review on the evaluation result data, wherein the evaluation data which does not pass the inspection and review directly returns;
the evaluation result module 20 is used for receiving the evaluation data which passes the evaluation check, and automatically generating an evaluation report according to an evaluation template after all the evaluation results of the data reporting task, the evaluation results of the questionnaire task, the evaluation results of the field check task and the evaluation results of the big data analysis task pass the check;
the comprehensive evaluation system comprises a basic information module 11, an evaluation index module 12, an evaluation model building module 13, an evaluation task module 14, a data reporting module 15, a questionnaire module 16, a field inspection module 17, a big data analysis module 18, an evaluation auditing module 19 and an evaluation result module 20 which are connected through a main control module.
The method and the device divide the urban management evaluation into grids for evaluation, so that the urban management comprehensive evaluation is more refined.
The mode of evaluating sample points is adopted for city management evaluation site examination, evaluation can be carried out according to different key points of management characteristics of different cities, and city management comprehensive evaluation is enabled to be more refined.
The city management is evaluated in various evaluation modes, such as service platform data reporting, social public questionnaire survey, evaluation expert field examination and big data analysis, so that the evaluation is more comprehensive and authoritative;
and in the field inspection, the evaluation grids, the evaluation sample points and the evaluators are randomly selected by a Monte Carlo random algorithm, so that the comprehensive evaluation field inspection of the city management is fairer.
The following describes the comprehensive evaluation system for city management in detail:
and the basic information module 11 is used for basic information management, including maintenance management of the evaluation grids, the evaluation sample points and the evaluation expert database.
And (3) evaluating grids: directly drawing an evaluation grid on a map, dividing the evaluation grid into three types according to built urban areas,
the A type is the areas such as city core areas, people flow dense areas, business areas, key tourist attractions and the like;
class B is a general urban area;
the class C is urban and rural junction, and old urban area with centralized connection. A plurality of continuous unit grids are combined to form an evaluation grid, the area is generally 1 square kilometer as a reference, the evaluation grid can float downwards by 30 percent, and the minimum grid is generally not less than 0.5 square kilometer; the floating upward is generally 70%, and the maximum grid is not more than 2 square kilometers in principle.
Evaluation of sample points: maintaining the evaluation sample points, wherein the evaluation sample points comprise basic information and geographical positioning information of sample points of different sample types; types of sample points include: primary and secondary arterial roads, street alleys, commercial pedestrian streets, parks, squares, farm markets, public toilets, train stations or long-distance bus stations, rivers and lakes, convenient stall planning areas, communities, major traffic intersections, and the like.
An evaluation expert database: and maintaining and managing the evaluation expert data.
The evaluation index module 12 maintains the evaluation indexes of the city management operation, including the name, the evaluation mode, the description, the calculation formula, the evaluation method and the data source. And associating the evaluation index with the evaluation sample point.
The evaluation model building module 13 selects an evaluation index to build a city management evaluation model, and an example of the evaluation model is shown in fig. 2.
The evaluation task module 14 initiates a comprehensive evaluation task, and automatically generates subtasks of data reporting, questionnaire, field inspection, and big data analysis according to the evaluation model.
And the data reporting task pushes the city management evaluation task to a business system of a relevant department through a standard interface. And the questionnaire task is carried out in a mode of combining online and offline, and is automatically pushed to related public services according to the maintained questionnaire information, and the citizen public fills in the related questionnaire information. And (4) checking tasks on site, selecting related evaluation grids, evaluation sample points and evaluators through a Monte Carlo random algorithm according to the city scale, and directly pushing the evaluation tasks of the on-site inspection to related evaluation experts.
Automatic selection of evaluation grid: 3 evaluation grids are respectively selected from A, B, C types of areas of cities (a type of cities) with the built-up area within 200 square kilometers, and 9 evaluation grids are selected in total; establishing cities (second-class cities) with the area of 200-500 square kilometers in the area, respectively selecting 4 evaluation grids from the A, B, C three-class areas, and selecting 12 evaluation grids in total; in cities (three types of cities) with the built-up area of more than 500 square kilometers, 5 evaluation grids are respectively selected from A, B, C types of areas, and 15 evaluation grids are selected in total.
Automatic selection of evaluation sample points: randomly extracting an evaluation result according to the area of the evaluation area to build a city with the area within 200 square kilometers, and randomly selecting 2 point locations for each type of evaluation sample points; in a city with the area of the built-up area of 200-500 square kilometers, randomly selecting 3 point positions from each type of evaluation sample points; and 4 point locations are randomly selected from each type of evaluation sample points in the city with the built-up area of more than 500 square kilometers.
And (3) automatic selection of an evaluation expert: each evaluation grid is provided with 2 evaluation experts for field inspection, so that cities (a class of cities) with the area within 200 square kilometers of a built-up area are built, 9 evaluation grids are provided with 18 evaluation experts; the area of the built-up area is 200-500 square kilometers of cities (second-class cities), 12 evaluation grids are provided, and 24 evaluation experts are equipped; and (3) constructing cities (three types of cities) with the area of the constructed area more than 500 square kilometers, and 15 evaluation grids, wherein 30 evaluation experts are equipped.
And the big data analysis task is used for generating the big data analysis task of city management evaluation according to the evaluation model.
The data reporting module 15 receives the data reporting task to collect the data of each department of the city management, the collection mode comprises data filling, file importing and standard api interface accessing, and the evaluation result is calculated according to the more collected time of the evaluation model.
The questionnaire module 16 receives the questionnaire survey task, selects a relevant questionnaire according to evaluation requirements, develops questionnaire survey work in an online-to-online manner, obtains relevant evaluation results, and calculates the evaluation results through an evaluation model.
An on-line mode: the questionnaire information is pushed in the form of a WeChat work number, and social public is promoted to pay attention to the questionnaire of filling the relevant city management evaluation by WeChat through a media advertising effect.
The off-line mode: and inviting the public to participate in city management evaluation and filling related questionnaire information by telephone or on-site.
The field inspection module 17 is used for the evaluation expert to obtain the field inspection evaluation task, go to the specified evaluation grid to inspect the related evaluation sample points, report the problem information of the related samples after inspection, and automatically calculate the evaluation result according to the reported problems.
The mobile field inspection reporting system is provided, so that the problem can be reported by an evaluation expert directly through movement, and the problem reporting by the evaluation expert is facilitated.
The big data analysis module 18 receives the big data analysis task, obtains relevant service data, performs data analysis according to the evaluation model, and automatically calculates an evaluation result according to the big data analysis result.
And the evaluation and audit module 19 receives the evaluation data results of service platform data reporting, social public questionnaires, evaluation expert field inspection and big data analysis, inspects and audits the result data, and returns the evaluation data which does not pass the audit directly.
And the evaluation result module 20 receives the data passing the evaluation and examination, and automatically generates an evaluation report according to an evaluation template after all the examination and examination of the service platform data report, the social public questionnaire survey, the field examination of the evaluation experts and the big data analysis are passed. And applying the evaluated result data to a leading decision.
The urban management problem occurrence rule is analyzed through the comprehensive evaluation system, essential reasons are found out, prevention is fundamentally carried out, and the scientificity and the management level of decision making are improved. Meanwhile, a management mechanism of speaking by data, deciding by data, managing by data and innovating by data is established, and scientific decision based on data is realized.
Example 2
Referring to fig. 3, according to another embodiment of the present invention, there is provided a comprehensive evaluation method for city management, including the following steps;
s101: maintaining and managing the evaluation grids, the evaluation sample points and the evaluation expert database; the method comprises the following steps that an evaluation grid is used for directly dividing a built-up area of a city on a map, evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and an evaluation expert database is used for maintaining and managing evaluation expert data;
s102: maintaining the evaluation indexes of the urban management operation, and associating the evaluation indexes with the evaluation sample points; the evaluation indexes comprise names, evaluation modes, descriptions, calculation formulas, evaluation methods and data sources of the evaluation indexes;
s103: selecting an evaluation index to establish a city management evaluation model;
s104: initiating an evaluation task, wherein the evaluation task comprises a comprehensive evaluation task, a data reporting task, a questionnaire task, a field inspection task and a big data analysis task;
s105: collecting data of each department of city management based on a received data reporting task, and calculating an evaluation result according to the time collected by an evaluation model;
s106: based on the received questionnaire survey task, selecting related questionnaires according to evaluation requirements, wherein the questionnaires are related evaluation results obtained by carrying out questionnaire survey work in an online-offline mode, and the evaluation results are calculated through an evaluation model;
s107: acquiring a field inspection task based on an evaluation expert, going to an evaluation grid to inspect relevant evaluation sample points, reporting problem information of relevant samples after inspection, and automatically calculating an evaluation result by the system according to the reported problems;
s108: based on the received big data analysis task, acquiring related business data, performing data analysis according to an evaluation model, and automatically calculating an evaluation result according to a big data analysis result;
s109: based on the evaluation results calculated by the service platform data reporting task, the questionnaire survey task, the field inspection task and the big data analysis task, the evaluation result data is inspected and audited, and the evaluation data which does not pass the audit is directly returned;
s110: and based on the evaluation data which is received and approved by the evaluation inspection, after the evaluation results of the data reporting task, the questionnaire task evaluation results, the field inspection task evaluation results and the big data analysis task evaluation results are all approved, automatically generating an evaluation report according to the evaluation template.
The comprehensive evaluation system for city management divides the city management evaluation into grids for evaluation, so that the city management comprehensive evaluation is more refined. The mode of evaluating sample points is adopted for the urban management evaluation site inspection, so that the evaluation can be performed according to different key points according to the management characteristics of different cities, and the urban management comprehensive evaluation is more refined.
The urban management is evaluated through various evaluation modes of service platform data reporting, social public questionnaire investigation, evaluation expert field inspection and big data analysis, so that the evaluation is more comprehensive and authoritative.
In addition, the site inspection randomly selects the evaluation grids, the evaluation sample points and the evaluators through a Monte Carlo random algorithm, so that the site inspection of the comprehensive evaluation of city management is fairer.
Example 3
Based on the above-described comprehensive evaluation method for city management, the present embodiment provides a computer-readable storage medium, in which one or more programs are stored, and the one or more programs can be executed by one or more processors to implement the steps in the comprehensive evaluation method for city management as described in the above embodiment.
Example 4
A terminal device, comprising: a processor, a memory, and a communication bus; the memory has stored thereon a computer readable program executable by the processor; the communication bus realizes the connection communication between the processor and the memory; the processor executes the computer readable program to realize the steps of the comprehensive evaluation method for city management.
Based on the above-mentioned comprehensive evaluation method for city management, the present application provides a terminal device, as shown in fig. 4, which includes at least one processor (processor) 20; a display screen 21; and a memory (memory)22, and may further include a communication Interface (Communications Interface)23 and a bus 24. The processor 20, the display 21, the memory 22 and the communication interface 23 can communicate with each other through the bus 24. The display screen 21 is configured to display a user guidance interface preset in the initial setting mode. The communication interface 23 may transmit information. Processor 20 may call logic instructions in memory 22 to perform the methods in the embodiments described above.
Furthermore, the logic instructions in the memory 22 may be implemented in the form of software functional units and stored in a computer readable storage medium when the logic instructions are sold or used as independent products.
The memory 22, which is a computer-readable storage medium, may be configured to store a software program, a computer-executable program, such as program instructions or modules corresponding to the methods in the embodiments of the present disclosure. The processor 20 executes the functional application and data processing, i.e. implements the method in the above-described embodiments, by executing the software program, instructions or modules stored in the memory 22.
The memory 22 may include a storage program area and a storage data area, wherein the storage program area may store an operating system, an application program required for at least one function; the storage data area may store data created according to the use of the terminal device, and the like. Further, the memory 22 may include a high speed random access memory and may also include a non-volatile memory. For example, a variety of media that can store program codes, such as a usb disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk, may also be transient storage media.
In addition, the specific processes loaded and executed by the storage medium and the instruction processors in the terminal device are described in detail in the method, and are not stated herein.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and amendments can be made without departing from the principle of the present invention, and these modifications and amendments should also be considered as the protection scope of the present invention.
Claims (9)
1. A comprehensive evaluation system for city management is characterized by comprising:
the basic information module is used for maintaining and managing the evaluation grids, the evaluation sample points and the evaluation expert database; the evaluation grid is used for directly dividing a built-up city area on a map, the evaluation sample points are used for maintaining sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and the evaluation expert database is used for maintaining and managing evaluation expert data;
the evaluation index module is used for maintaining the evaluation indexes of the urban management operation and associating the evaluated evaluation indexes with the evaluation sample points; the evaluation indexes comprise names, evaluation modes, descriptions, calculation formulas, evaluation methods and data sources of the evaluation indexes;
an evaluation model building module is used for selecting evaluation indexes and building an urban management evaluation model;
the evaluation task module is used for initiating an evaluation task, wherein the evaluation task comprises a comprehensive evaluation task, a data reporting task, a questionnaire task, a field inspection task and a big data analysis task;
the data reporting module is used for receiving the data reporting task to collect the data of each department of city management and calculating an evaluation result according to the time collected by the evaluation model;
the questionnaire module is used for receiving the questionnaire survey task, selecting a related questionnaire according to evaluation requirements, wherein the questionnaire is a related evaluation result obtained by carrying out questionnaire survey work in an online and offline mode, and the evaluation result is calculated through the evaluation model;
the field inspection module is used for acquiring the field inspection task by an evaluation expert, moving the evaluation expert to an evaluation grid designated by the evaluation model to inspect a related evaluation sample point, reporting problem information of the related sample after inspection, and automatically calculating an evaluation result by the system according to the reported problem;
the big data analysis module is used for receiving the big data analysis task, acquiring relevant service data, performing data analysis according to the evaluation model, and automatically calculating an evaluation result according to a big data analysis result;
the evaluation and audit module is used for receiving the evaluation results calculated by the service platform data reporting module, the questionnaire survey module, the field inspection module and the big data analysis module, and checking and auditing the evaluation result data without returning the checked evaluation data directly;
the evaluation result module is used for receiving evaluation data which passes evaluation check, reporting the evaluation result of the task, the evaluation result of the questionnaire task, the evaluation result of the field check task and the evaluation result of the big data analysis task to the data reporting module, and automatically generating an evaluation report according to an evaluation template after the evaluation results of the tasks, the questionnaire task and the field check task and the big data analysis task are all checked;
the basic information module, the evaluation index module, the evaluation model establishing module, the evaluation task module, the data reporting module, the questionnaire module, the field inspection module, the big data analysis module, the evaluation auditing module and the evaluation result module are connected through the main control module.
2. The comprehensive evaluation system for city management according to claim 1, wherein the dividing of the built-up city area directly on the map specifically comprises:
the urban built area is divided into three types, namely a core area, a general urban area and an urban-rural joint part according to the urban built area.
3. The comprehensive evaluation system for city management according to claim 2, wherein the evaluation grid is formed by combining a plurality of continuous unit grids, the minimum grid of the area of the evaluation grid is not less than 0.5 square kilometer, and the maximum grid is not more than 2 square kilometers.
4. The city management comprehensive evaluation system according to claim 3, wherein the types of the sample points include: primary and secondary main roads, street alleys, commercial pedestrian streets, parks, squares, farm markets, public toilets, railway stations or long-distance bus stations, rivers and lakes, convenient public stall planning areas, communities and main traffic intersections.
5. The city management comprehensive evaluation system according to claim 1, wherein the evaluation task module comprises:
the data reporting task module is used for processing the data reporting task and pushing the task of city management evaluation to a business system of a relevant department through a standard interface;
the questionnaire task module is used for processing the questionnaire task and automatically pushing the questionnaire task to related public services according to the maintained questionnaire information; wherein the questionnaire comprises on-line and off-line combination;
the field inspection task module is used for processing a field inspection task, selecting related evaluation grids, evaluation sample points and evaluators according to the city scale, and directly pushing the evaluation task of the field inspection to related evaluation experts;
and the data analysis task module is used for processing the big data analysis task and generating the big data analysis task of the city management evaluation according to the evaluation model.
6. The comprehensive evaluation system for city management according to claim 5, wherein the relevant evaluation grids, evaluation sample points, and evaluators are selected by monte carlo random algorithm.
7. A comprehensive evaluation method for city management is characterized by comprising the following steps;
maintaining and managing the evaluation grids, the evaluation sample points and the evaluation expert database; the evaluation grid is used for directly dividing urban built-up areas on a map, the evaluation sample points are used for maintaining the sample points and comprise basic information and geographical positioning information of the sample points of different sample types, and the evaluation expert database is used for maintaining and managing evaluation expert data;
maintaining the evaluation indexes of the urban management operation, and associating the evaluation indexes with the evaluation sample points; the evaluation indexes comprise names, evaluation modes, descriptions, calculation formulas, evaluation methods and data sources of the evaluation indexes;
selecting an evaluation index to establish a city management evaluation model;
initiating an evaluation task, wherein the evaluation task comprises a comprehensive evaluation task, a data reporting task, a questionnaire task, a field inspection task and a big data analysis task;
collecting data of each department of city management based on the received data reporting task, and calculating an evaluation result according to the time collected by the evaluation model;
based on the received questionnaire survey task, selecting a relevant questionnaire according to evaluation requirements, wherein the questionnaire is a relevant evaluation result obtained by carrying out questionnaire survey work in an online-to-offline mode, and the evaluation result is calculated through the evaluation model;
acquiring the on-site inspection task based on an evaluation expert, proceeding to an evaluation sample point related to the evaluation grid inspection, reporting problem information of a related sample after inspection, and automatically calculating an evaluation result by the system according to the reported problem;
based on the received big data analysis task, acquiring related business data, performing data analysis according to the evaluation model, and automatically calculating an evaluation result according to a big data analysis result;
based on the evaluation results calculated by the service platform data reporting task, the questionnaire survey task, the field inspection task and the big data analysis task, the evaluation result data is inspected and audited, and the evaluation data which does not pass the audit is directly returned;
and based on the evaluation data which is approved by receiving the evaluation check, after the evaluation results of the data reporting task, the evaluation results of the questionnaire task, the evaluation results of the field inspection task and the evaluation results of the big data analysis task are all approved, automatically generating an evaluation report according to an evaluation template.
8. A computer-readable storage medium storing one or more programs which are executable by one or more processors to implement the steps in the comprehensive evaluation method for city management as claimed in claim 7.
9. A terminal device, comprising: a processor, a memory, and a communication bus; the memory has stored thereon a computer readable program executable by the processor;
the communication bus realizes connection communication between the processor and the memory;
the processor, when executing the computer readable program, performs the steps in the method for integrated valuation of city management as claimed in claim 7.
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