CN107506888B - Universal online service platform customized evaluation method and system - Google Patents
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Abstract
The invention relates to a general online service platform customized evaluation method and system. The method comprises the following steps: 1) establishing a general evaluation index model of an online service platform, wherein the evaluation index comprises a qualitative index and a quantitative index; 2) according to the general evaluation index model, the qualitative index and the quantitative index are created and set in a customized mode; 3) and constructing a universal evaluation index service engine, reading the setting data of the qualitative index and the quantitative index through the evaluation index service engine, respectively carrying out information display and index quantity logic calculation on the qualitative index and the quantitative index, and feeding back the final result to an evaluation user. The system comprises a model building module, an evaluation index creating and setting module and an evaluation index service engine. The invention can improve the efficiency of the design and development of the online service evaluation system, enhance the high customizability and the high reusability of the system and further enhance the flexibility and the expansibility of the system.
Description
Technical Field
The invention relates to the field of online service performance evaluation, in particular to a general online service platform customized evaluation method and system.
Background
With the continuous development of electronization, networking and informatization of the whole society, various online service platforms of informatization support service departments, organizations and units emerge continuously. The method and the device provide great convenience for users to process services and obtain information and data on line.
In the operation and development process of the service platform, in order to objectively judge the service operation conditions of the platforms and form an incentive mechanism of the awards, the merits and the penalties, a series of assessment evaluation methods, indexes and rules of the online service platform are established, and meanwhile, a related performance evaluation system is produced.
These evaluation systems generally solidify the inherent assessment indexes and rules into the system to realize the on-line calculation and statistics of the assessment index system. In terms of the index system, the index system generally comprises two main categories of qualitative assessment indexes and quantitative assessment indexes. The qualitative index is an index which cannot directly analyze the evaluation content through data calculation and needs to objectively describe and analyze an evaluation object to reflect an evaluation result (http:// baike. baidu. com/item/% E5%, AE% 9A%, E6%, 80% A7%, E6% 8C%, 87% E6% A0% 87). The method comprises the following steps of examining the address of a website and the management document data of the website: such as operation and maintenance management specifications, security management specifications, and application service case data of the website. And the quantitative index refers to an assessment index (http:// baike. baidu. com/item/% E5% AE% 9A% E9% 87% 8F% E6% 8C% 87% E6% A0% 87) which can be defined in an accurate amount, accurately measure and set a performance target. Generally comprising: the service normality rate of the website, the user access amount, the resource downloading amount, the user satisfaction degree and the like. In the case of a distributed service platform, the acquisition of the amount of these indexes usually requires the support of a third-party tool or system, such as a website service access statistical tool, a website service monitoring statistical tool, a website user satisfaction statistical tool, and the like.
The outstanding problem existing in the design and implementation of the current online service evaluation system is represented by the fact that a special evaluation index system is strongly coupled with the functions of evaluation management, display, calculation statistics and the like. The evaluation system is basically developed specially according to the index system, the reuse of the function codes of the evaluation system cannot be realized, the change of the evaluation index system cannot be effectively supported, the related system codes must be newly added or modified specially, the utilization efficiency of the system functions is reduced, and the cost of the repeated development of the evaluation system is increased.
Disclosure of Invention
Aiming at the problems, the invention provides a general online service platform evaluation index model and a customized packaging method thereof, which can improve the efficiency of online service evaluation system design and development, enhance the high customizability and reusability of the system and further enhance the flexibility and expansibility of the system.
The technical scheme adopted by the invention is as follows:
a general online service platform evaluation method comprises the following steps:
1) establishing a general evaluation index model of an online service platform, wherein the evaluation index comprises a qualitative index and a quantitative index;
2) according to the general evaluation index model, the qualitative index and the quantitative index are created and set in a customized mode;
3) and constructing a universal evaluation index service engine, reading the setting data of the qualitative index and the quantitative index through the evaluation index service engine, respectively carrying out information display and index quantity logic calculation on the qualitative index and the quantitative index, and feeding back the final result to an evaluation user.
Further, the step 2) further comprises the step of checking and storing the setting parameters of the qualitative index and the quantitative index.
Furthermore, the qualitative indexes comprise three types of network link addresses, online graphic and text descriptions and online document materials, and the three types of qualitative indexes support customized increase and decrease creation of a system administrator user.
Furthermore, the network link address appears in pairs of a network link title and a network link URL, wherein the network link title is a summary description of the content of the network link address, and the network link URL is legal URL link address information which is input by the user to be evaluated and verified by the system; the online graphic description is presented in pairs by a graphic description title and detailed graphic information, wherein the graphic description title is a summary description of graphic contents, and the detailed graphic information comprises a plurality of lines of text descriptions and can support online entry, editing and display of rich text forms; the online document data appears in pairs of an online document description and an online document link, wherein the content title is a general description of the online document link content, and the online document link can be acquired in a document uploading mode or a server-side shared document path selection mode.
Further, the quantitative index comprises evaluation index calculation and index-related raw data display, wherein the quantitative evaluation index calculation comprises evaluation calculation variable definition, evaluation calculation weight definition, evaluation statistical calculation logic and evaluation calculation result variable.
Further, the evaluation calculation variable definition mainly comprises three aspects of the name, the meaning description and the data acquisition interface definition of the evaluation calculation variable; the evaluation calculation variables support dynamic customized increase and decrease creation when being realized, namely the definition and the quantity of the evaluation calculation variables can be dynamically increased and decreased according to the index calculation requirement, but the names of the variables are not allowed to be repeated; the weight of the evaluation index object is set according to the weight parameters of different evaluated objects determined by specific evaluation indexes, and the weight variable of the evaluation index object can support dynamic customized increase and decrease creation when being realized, namely the definition and the quantity of the weight variable of the evaluation object can be dynamically increased and decreased according to the calculation needs of the indexes, but the names of the variables are not allowed to be repeated.
Furthermore, the evaluation calculation rule logic is different according to the meaning of each evaluation index, a design mode supporting an embedded programming language is adopted during implementation, and the calculation logic among the evaluation calculation variable, the evaluation index object weight variable and the evaluation calculation result variable is programmed and written into a calculation formula text box according to the grammar of a related script language for the system to call and execute according to the script.
Further, the general evaluation index service engine is implemented by adopting a design mode of MVC.
A general online service platform evaluation system adopting the method comprises the following steps:
the model establishing module is used for establishing a general evaluation index model of the online service platform, wherein the evaluation index comprises a qualitative index and a quantitative index;
the evaluation index creating and setting module is used for customizing and creating and setting the qualitative index and the quantitative index according to the general evaluation index model;
and the evaluation index service engine is used for reading the setting data of the qualitative index and the quantitative index, respectively performing information display and index quantity logic calculation on the qualitative index and the quantitative index, and feeding back the final result to an evaluation user.
And the evaluation index checking and storing module is used for checking and storing the setting parameters of the qualitative index and the quantitative index.
The invention has the following beneficial effects:
the invention provides a general evaluation index abstract model for an online service platform (comprising a single service platform and a distributed service platform system) and a customized packaging method thereof, which realize customized management of the creation, setting, calculation and display functions of evaluation indexes in the online service evaluation system, and realize decoupling of the evaluation index system and the evaluation management service functions in the design of the online evaluation system, namely, under the condition that the function codes of the evaluation system are not changed, the correction and expansion of the evaluation index system can be realized by dynamically setting index configuration, so that the efficiency of the design and development of the online service evaluation system is greatly improved, the development cycle of software is shortened, the high customizability and high reusability of the system are enhanced, and the flexibility and the expansibility of the system are further enhanced.
Drawings
FIG. 1 is a data flow diagram and relationships of steps of the overall method of the invention.
Fig. 2 is a schematic diagram of a general evaluation index model.
Fig. 3 is a diagram showing basic setting information of the index.
Fig. 4 is a diagram of an example of setting a general network link address.
Fig. 5 is a diagram of an example of setting of a general on-line graphic description index.
FIG. 6 is a diagram of an example of setting indicators for general online document data.
FIG. 7 is a diagram of an example of a general evaluation calculation variable definition setting.
Fig. 8 is a diagram of an example of the general evaluation index object weight variable definition setting.
FIG. 9 is a diagram of weight template composition.
Fig. 10 is a diagram of variables of the evaluation calculation result.
FIG. 11 is a schematic diagram of the programming of computational logic into a computational formula text box in the syntax of the associated scripting language.
FIG. 12 is a schematic diagram of a general evaluation index service engine MVC framework implementation mode.
Detailed Description
The invention is further illustrated by the following specific examples and the accompanying drawings.
The invention provides a general evaluation index abstract model for an online service platform (comprising a single service platform and a distributed service platform system) and a customized packaging method thereof, which realize customized management of the functions of creation, setting, calculation and display of evaluation indexes in the online service evaluation system, realize decoupling of the evaluation index system and the evaluation management service function in the design of the online evaluation system, namely, under the condition that the function code of the evaluation system is not changed, the correction and the expansion of the evaluation index system can be realized by dynamically setting the configuration of related indexes. The high reusability and the high configurability of the evaluation system are ensured, and the flexibility and the expansibility of the system are greatly improved. The overall method step relationships and data flow are shown in fig. 1.
The method is mainly divided into three major steps, wherein:
the step 1 is to carry out abstract design on a general evaluation index model of the whole method, which is the core and the foundation of the method and plays a foundation support role for other steps of the whole method.
And 3, constructing a universal evaluation index service engine, reading the setting data of the evaluation indexes in the step 2, distinguishing qualitative and quantitative indexes, respectively performing information display and index amount logic calculation, and feeding back a final result to a system user (an evaluation user).
The detailed design of the three steps is as follows:
1. general evaluation index model design
Consistent with background knowledge analysis, the online service assessment index system is divided into two categories, namely qualitative assessment indexes and quantitative assessment indexes.
As for the evaluation system of the online service platform, the qualitative index analysis service can be abstractly divided into three types, namely a network link address, an online graphic description and an online document material; wherein: the network link address refers to URL link address information of a network based on an Internet protocol; the online graphic description refers to qualitative index description information displayed in a text-rich form such as characters, images, audios and videos. The online document data mainly comprises file download address links such as qualitative index specification documents, data manuals and the like which are intensively described in the form of word and pdf document attachments.
The quantitative index service comprises two parts of evaluation index calculation and original collected data, wherein the evaluation index calculation depends on a specific calculation rule and can be abstracted into four important components of evaluation calculation variable definition, evaluation index object weight, evaluation calculation rule logic, evaluation calculation result variable and the like. A concrete abstract model is shown in fig. 2.
2. Evaluation index customized creation, setting, verification and storage
According to the design of a general evaluation index model, qualitative indexes and quantitative indexes are distinguished, the evaluation index is created and set in a customized mode, parameters of the evaluation index are verified and stored, and the design of the method is decomposed and refined through specific example design.
2.1 evaluation index customization creation and setup
Regardless of the qualitative index and the quantitative index, basic setting information of the index is included, see fig. 3. The index name, index description, index category, and representation order are generally included.
The information is the public setting content of the evaluation index, and the invention is described in detail below with reference to the evaluation index model.
2.1.1 qualitative index design
According to the design of the general evaluation index model, the qualitative index can be divided into three forms of network link address, online graphic and text description and online document data in an abstract mode. When the evaluation system is implemented, the three qualitative index forms should support the customized increase and decrease creation of a system administrator user, that is, any one of the three qualitative index forms can be dynamically increased and decreased according to the setting requirement of the qualitative index. The specific design description of each index is as follows:
1) network link address: the network link title and the network link URL are paired, wherein the network link title is a general description of the content of the network link address, and the network link URL is legal URL link address information which is input by an evaluated user and verified by a system. An example of a general network link address setting is shown in figure 4.
2) And (3) online graphic description: the method is characterized in that the method comprises a step of displaying a graphic description title and a detailed graphic description title in pairs, wherein the graphic description title is a general description of graphic contents, and the detailed graphic description title comprises a plurality of lines of text descriptions and can support online entry, editing and display of rich text forms such as pictures, audios, videos and animations. General on-line description pointer settings examples see fig. 5.
3) Online document data: the online document link is obtained in a document uploading mode or a server side shared document path selection mode. See fig. 6 for an example of a general online document link indicator setting.
2.1.2 quantitative index design
1) Evaluation index calculation
The calculation of the evaluation index is closely related to the calculation logic of a specific evaluation index, and according to the definition mode of general calculation, the calculation is abstracted as: the method comprises four components of evaluation calculation variable definition, evaluation index object weight, evaluation calculation rule logic and evaluation calculation result variable.
(1) Evaluation calculation variable definition: the method mainly comprises three aspects of evaluating the name and meaning description of a calculation variable and defining a data acquisition interface; the data acquisition interface refers to a URL (uniform resource locator) encapsulated into an interface by adopting a common WebService technology: such as http:// restat. csdb. cn/restat/services/restat WebService/getTotalNumberFrom7 (note: it should be noted that the evaluation system generally needs to uniformly set the object set for evaluation, the start and end time of evaluation, and these parameters will be uniformly packaged and transmitted when the WebService interface is actually called). The evaluation calculation variable can support dynamic customized increase and decrease creation when being realized, namely, the definition and the number of the evaluation calculation variable can be dynamically increased and decreased according to the index calculation requirement, but the names of the variables are not allowed to be repeated. See fig. 7 for an example general evaluation calculation variable definition setting.
(2) Evaluating the index object weight: and setting the weight parameters of different evaluated objects according to the specific evaluation indexes. The weight value of each evaluated object corresponding to the current evaluation index can be set in batch in a mode of uploading the weight template file. See fig. 8. The evaluation index object weight variable should support dynamic customized increase and decrease creation when being implemented, that is, the definition and the number of the evaluation object weight variable can be dynamically increased and decreased according to the index calculation requirement, but the names of the variables are not allowed to be repeated. See fig. 8 for an example of a general evaluation index object weight variable definition setting.
The weight template composition includes, but is not limited to, the form shown in fig. 9, including a column of evaluated objects and a column of weight values.
(3) Evaluating the calculation result variables: names for indicating evaluation result variables, as shown in fig. 10, which will be embodied in the following evaluation calculation rule logic. Note that the evaluation result variable is only one and cannot be defined repeatedly.
(4) Evaluating the calculation rule logic: the evaluation calculation rule logic is different according to the meaning of each evaluation index, and can be flexibly supported during design. The invention adopts a design mode supporting an embedded programming language, for example, a design mode supporting a JavaScript scripting language is adopted in the embodiment, and a user can program and write the calculation logic among the evaluation calculation variables, the evaluation index object weight variables and the evaluation calculation result variables in the above (1) to (3) into a calculation formula text box according to the grammar of the relevant scripting language, so that the system can call and execute according to the script, as shown in FIG. 11. In order to flexibly meet the calculation requirements of various formulas, the invention innovatively adopts a form supporting on-line embedded formula calculation logic programming and realizes the form.
Regarding scripting language typing: most of the online service platform evaluation systems are Web systems, so that the online service platform evaluation systems are realized by adopting Java development language, and can be designed by adopting any mainstream embedded script language called by the Java language support. In addition, evaluation of the assignment logic of the result variable in the computation logic programming script is required to be embodied, the script calling and execution are realized by reading the value of the result variable, and meanwhile, attention is required to be paid to the fact that the programming script is required to meet the grammatical requirement of a script language, and the verification function of the programming script is required to be provided in the storage code.
It should be noted that the Web system development language is not limited to Java, and the embedded scripting language is not limited to the scripting language called by Java.
2) Raw acquisition data display
The original collected data display is mainly used for displaying regular collected data values for reference when an evaluation user or a user to be evaluated performs quantitative evaluation index calculation verification. The main parameter settings are the same as those in (1) the definition of the evaluation calculation variables, and reference may be made to this part of the design, and description will not be repeated.
2.2 evaluation index setting parameter verification and storage
1) Evaluation index verification
And (4) checking qualitative indexes: the key point to be verified is the URL addressing scheme for which the link address meets the criteria. The specific implementation can be verified by programming the access URL address and viewing the access status code.
Checking quantitative indexes:
a) evaluation calculation variable definition: and (4) key point checking whether the WebService interface address of the evaluation variable is legal and effective. The specific implementation can call the WebService interface address through programming and check the call state code for verification.
b) Evaluating the calculation rule logic: and (4) key verification is carried out to evaluate whether the calculation script is legal and effective. The specific implementation can be realized by checking the calling result state code through calling the script to confirm and verify.
2) Assessment index storage
Evaluating the index database: from the foregoing "1. general evaluation index model design", a specific evaluation index database table can be created, in which quantitative indices and qualitative indices can be constructed separately. The qualitative index setting can be centralized in one table for storage, and data differentiation is performed according to different types of index models. The quantitative index setting information can be stored according to calculation variables, weight variables, calculation logics and result variables.
And when the system is realized, the storage and the storage of the related set data are finished according to the index setting.
3. General evaluation index service engine design
3.1 Engine control logic
1) Controlling qualitative indexes:
a) network link address: and directly reading the contents of the network link title and the network link URL of the index of the object to be evaluated from the database and returning the contents to the evaluation user.
b) And (3) online graphic description: and directly reading the contents of the graphic description title and the detailed graphic description of the index of the object to be evaluated from the database, and returning the contents to the evaluation user.
c) Online document data: and directly reading the contents of the online document description and the online document link of the index of the object to be evaluated from the database, and returning the contents to the evaluation user.
2) Quantitative index control:
a) evaluating the calculation variable: and reading interface address information of the calculation variable from the database, carrying out interface calling by combining global parameter setting such as evaluation time and the like and parameter information of an evaluated object, and finally returning the name, description information and interface calling result data of the evaluation calculation variable to an evaluation user.
b) Evaluation index object weight variable: and directly reading the weight variable name of the index object from the database, reading the weight variable parameter value of the index object according to the parameter of the object to be evaluated, and returning the weight variable name and the weight variable parameter value to the evaluation user.
c) Evaluating the calculation result variables: and directly reading the evaluation index calculation result variable from the database and returning the evaluation index calculation result variable to an evaluation user.
d) Evaluating the calculation rule logic: and directly reading an evaluation index calculation logic script from a database, calling the script by combining the variable data read in a) b) c), obtaining evaluation result variable calculation result data of an evaluated object, and returning the evaluation result variable calculation result data to an evaluation user.
3.2 Engine development implementation
In the aspect of implementation, the B/S architecture is generally adopted in the evaluation management system of the current online service platform, so that the design mode of the existing MVC can be adopted in the implementation of the general evaluation index service engine. Wherein: the Model (Model) is the part of the application that handles the logic of the application data, the Controller (Controller) is the part of the application that handles the user interaction, and the View (View) is the part of the application that handles the display of the data, as shown in fig. 12. Wherein the database portion corresponds to an evaluation index database. The specific implementation control and related logic may be designed and implemented with reference to the processing logic description of the engine.
The method can be applied to the design of a scientific data service effect evaluation system (http:// see. The system supports the online service performance evaluation work of 40 distributed online database service systems. The system is designed by adopting a universal evaluation model and method, so that the system can be popularized to the evaluation management work of other online service platforms. When the system adopts the scheme of the invention, the adopted qualitative indexes and quantitative indexes are as follows:
qualitative indexes are as follows:
1) network link address
Address title: chinese animal theme database
And (3) accessing an address: http:// www.zoology.csdb.cn
2) On-line graphic description
Graphic description title: VDBCloud tool introduction
Detailed graphic description:
VDBCloud service access address: http:// www.vdbspace.cn
VDBCloud was developed by a chinese institute computer network information center organization. Starting from the 'fifteen' informationized major special science database project of Chinese academy of sciences. The system is a tool for helping a data manager manage and release a relational database and a file system; the method is a research and development framework for helping application research and development personnel to quickly develop data-oriented applications; the method is a solution for helping data application to integrate heterogeneous data sources at low cost.
3) On-line document data
Description of online documents: temporary management method for running service of human-land system theme database
Linking of the online document:
http://sees.csdb.cn/mes/daat0305Action.do？inputPath＝1416386546524.doc&fileName＝％E4％BA％BA％E5％9C％B0％E7％B3％BB％E7％BB％9F％E4％B8％BB％E9％A2％98％E6％95％B0％E6％8D％AE％E5％BA％93％E8％BF％90％E8％A1％8C％E6％9C％8D％E5％8A％A1+％E6％9A％82％E8％A1％8C％E7％AE％A1％E7％90％86％E5％8A％9E％E6％B3％95
quantitative index: see examples fig. 7-11.
It should be noted that, in the evaluation system index system model of the present invention, no matter the setting of each parameter of the qualitative index or the quantitative index is not limited to the mode of entering and warehousing through the online interface in the embodiment of fig. 3-11, and the parameter may also be entered in the form of an exple or Xml template and then be collectively imported into the database.
The above embodiments are only intended to illustrate the technical solution of the present invention and not to limit the same, and a person skilled in the art can modify the technical solution of the present invention or substitute the same without departing from the spirit and scope of the present invention, and the scope of the present invention should be determined by the claims.
Claims (8)
1. A general online service platform evaluation method comprises the following steps:
1) establishing a general evaluation index model of an online service platform, wherein the evaluation index comprises a qualitative index and a quantitative index; the qualitative indexes comprise three types of network link addresses, online graphic and text descriptions and online document data, and the three qualitative indexes support customized increase and decrease creation of a system administrator user; the network link address appears in pairs with a network link title and a network link URL, wherein the network link title is a general description of the content of the network link address, and the network link URL is legal URL link address information which is input by an evaluated user and verified by a system; the online graphic description is presented in pairs by a graphic description title and detailed graphic information, wherein the graphic description title is a summary description of graphic contents, and the detailed graphic information comprises a plurality of lines of text descriptions and can support online entry, editing and display of rich text forms; the online document data appears in pairs of an online document description and an online document link, wherein the content title is a general description of the online document link content, and the online document link can be acquired in a document uploading mode or a server side shared document path selection mode;
2) according to the general evaluation index model, the qualitative index and the quantitative index are created and set in a customized mode;
3) and constructing a universal evaluation index service engine, reading the setting data of the qualitative index and the quantitative index through the evaluation index service engine, respectively carrying out information display and index quantity logic calculation on the qualitative index and the quantitative index, and feeding back the final result to an evaluation user.
2. The method as claimed in claim 1, wherein the step 2) further comprises the step of checking and storing the setting parameters of the qualitative index and the quantitative index.
3. The method of claim 1 or 2, wherein the quantitative index comprises an evaluation index calculation and an index-related raw data presentation, wherein the quantitative evaluation index calculation comprises an evaluation calculation variable definition, an evaluation calculation weight definition, an evaluation statistical calculation logic, and an evaluation calculation result variable.
4. The method of claim 3, wherein the evaluation calculation variable definition comprises essentially of three aspects of a name, a meaning description, and a data acquisition interface definition of the evaluation calculation variable; the evaluation calculation variables support dynamic customized increase and decrease creation when being realized, namely the definition and the quantity of the evaluation calculation variables can be dynamically increased and decreased according to the index calculation requirement, but the names of the variables are not allowed to be repeated; the weight of the evaluation index object is set according to the weight parameters of different evaluated objects determined by specific evaluation indexes, and the weight variable of the evaluation index object can support dynamic customized increase and decrease creation when being realized, namely the definition and the quantity of the weight variable of the evaluation object can be dynamically increased and decreased according to the calculation needs of the indexes, but the names of the variables are not allowed to be repeated.
5. The method as claimed in claim 3, wherein the evaluation calculation rule logic is different according to the meaning of each evaluation index, and when the evaluation calculation rule logic is implemented, a design mode supporting an embedded programming language is adopted, and the calculation logic among the evaluation calculation variables, the evaluation index object weight variables and the evaluation calculation result variables is programmed and written into a calculation formula text box according to the syntax of a relevant script language for the system to call and execute according to the script.
6. The method of claim 1 or 2, wherein the generic evaluation metrics service engine is implemented in a design pattern of MVC.
7. A generic online service platform evaluation system that employs the method of claim 1, comprising:
the model establishing module is used for establishing a general evaluation index model of the online service platform, wherein the evaluation index comprises a qualitative index and a quantitative index;
the evaluation index creating and setting module is used for customizing and creating and setting the qualitative index and the quantitative index according to the general evaluation index model;
and the evaluation index service engine is used for reading the setting data of the qualitative index and the quantitative index, respectively performing information display and index quantity logic calculation on the qualitative index and the quantitative index, and feeding back the final result to an evaluation user.
8. The system of claim 7, further comprising an evaluation index checking and storing module for checking and storing the setting parameters of the qualitative index and the quantitative index.
Priority Applications (1)
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| CN110175769B (en) * | 2019-05-21 | 2021-08-24 | 国网山东省电力公司 | Asset value evaluation method, device and system based on micro-service architecture |
| CN110264089A (en) * | 2019-06-24 | 2019-09-20 | 浪潮软件股份有限公司 | A method of operational indicator is showed based on rich text format and is illustrated |
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| CN112001582B (en) * | 2020-07-08 | 2022-11-04 | 中国兵器科学研究院 | Urban area action evaluation method, device, equipment and computer storage medium |
| CN113342860A (en) * | 2021-06-30 | 2021-09-03 | 平安资产管理有限责任公司 | Index calculation method, device, equipment and storage medium based on universal interface |
| CN114547101B (en) * | 2022-01-13 | 2023-04-28 | 北京元年科技股份有限公司 | Data quality evaluation method, device, equipment and storage medium for data center |
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