CN112084761A - Hydraulic engineering information management method and device - Google Patents
Hydraulic engineering information management method and device Download PDFInfo
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Abstract
The invention discloses a hydraulic engineering information management method and device. When the scheme is applied, the template configuration rule, the water conservancy application service information and the service updating mark information are firstly obtained. Secondly, carrying out service classification processing on the water conservancy application service information, acquiring a project classification identification data set based on the processed water conservancy application service information, further analyzing project completion progress to obtain project completion progress data, generating a filling queue corresponding to a water conservancy information management project based on the constructed data filling association relation, and filling and configuring service updating mark information according to the filling queue to obtain filling configuration information. And finally, acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, judging whether progress delay occurs or not, and judging whether the water conservancy information management project is pushed successfully or not. Due to the design, accurate information monitoring and management can be achieved according to the pushing progress of the water conservancy information management project, and therefore subsequent manpower checking cost is reduced.
Description
Technical Field
The disclosure relates to the technical field of hydraulic engineering monitoring, in particular to a hydraulic engineering information management method and device.
Background
In the traditional scheme, accurate information monitoring and management cannot be realized according to the pushing progress of a water conservancy information management project, so that the manpower checking cost is greatly increased.
Disclosure of Invention
In order to solve the technical problems in the related art, the disclosure provides a hydraulic engineering information management method and device.
The invention provides a hydraulic engineering information management method, which comprises the following steps:
acquiring a template configuration rule corresponding to a project label template of a water conservancy information management project, and water conservancy application service information and service updating mark information corresponding to the water conservancy information management project;
constructing a template configuration rule corresponding to the project label template and a data filling association relation of the water conservancy application service information; the data filling association relation is used for representing the correlation between the water conservancy application business information and the template configuration rule of the project label template;
performing service classification processing on the water conservancy application service information according to the template configuration rule, acquiring a project classification identification data set of the water conservancy information management project based on the processed water conservancy application service information, and analyzing a project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data;
generating a filling queue corresponding to the water conservancy information management project based on the data filling incidence relation, and filling and configuring the service updating mark information according to the filling queue to obtain filling configuration information;
acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, and judging whether the first project pushing node and the second project pushing node have progress delay relative to a preset project pushing node or not according to the project completion progress data and the filling configuration information; the first item pushing node and the second item pushing node correspond to each other;
if the progress delay of the first project pushing node and the second project pushing node relative to the preset project pushing node occurs, judging that the water conservancy information management project is not successfully pushed;
and if the progress delay does not occur between the first project pushing node and the second project pushing node relative to the preset project pushing node, judging that the water conservancy information management project is successfully pushed.
Optionally, the acquiring a template configuration rule corresponding to a project tag template of a water conservancy information management project, and water conservancy application service information and service update flag information corresponding to the water conservancy information management project specifically includes:
extracting a tag entity relationship from a project tag template of the water conservancy information management project to obtain at least one tag entity relationship value, and analyzing a project operation scene of the water conservancy information management project based on the at least one tag entity relationship value to obtain a scene element set corresponding to the water conservancy information management project;
when the scene element set comprises at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the project label template;
and extracting feature vectors of the water conservancy application service and the service updating process corresponding to the water conservancy information management project based on the template configuration rule to obtain target feature vectors, and comparing the target feature vectors with pre-stored feature vector template fragments to obtain water conservancy application service information and service updating mark information corresponding to the water conservancy information management project.
Optionally, constructing a data filling association relationship between the template configuration rule corresponding to the project tag template and the water conservancy application service information specifically includes:
determining a rule definition vector of a template configuration rule corresponding to the project label template and the water conservancy application service information, wherein the template configuration rule and the water conservancy application service information respectively comprise a plurality of data filling nodes with different influence factors;
extracting a data filling control parameter of one data filling node in the template configuration rule corresponding to the project label template, and determining the data filling node with the smallest influence factor in the water conservancy application service information as a target data filling node;
and constructing the data filling control parameter bitmap to the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point in the target data filling node, determining the rule definition vector as a reference rule definition vector, generating corresponding relations between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and determining a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information based on the corresponding relations, the data filling control parameter and the initial bitmap construction point.
Optionally, the method includes performing service classification processing on the water conservancy application service information according to the template configuration rule, and acquiring a project classification identifier data set of the water conservancy information management project based on the processed water conservancy application service information, and specifically includes:
acquiring project classification subsection maps corresponding to a plurality of water conservancy information management projects according to the template configuration rule, and comparing the project classification subsection maps with pre-stored reference classification subsection maps to obtain a structure comparison map; wherein the reference classification subsection map and the project classification subsection map have different map label labels;
collecting water conservancy application service information corresponding to the water conservancy information management project from the project classification subsection atlas based on the reference classification subsection atlas, and performing service classification processing on the water conservancy application service information;
and mapping the water conservancy application service information subjected to the service classification processing to the reference classification sub-map to obtain a structure mapping list, generating a matching relation between the structure mapping list and the structure comparison map, and acquiring a project classification identification data set of the water conservancy information management project from a preset project classification identification database based on the matching relation.
Optionally, analyzing the project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data, and specifically including:
acquiring progress evaluation indexes corresponding to various project classification identification data sets in the water conservancy information management project, performing weight fusion on the progress evaluation indexes based on a preset weight fusion mode, and acquiring target progress evaluation indexes meeting bearing capacity design requirements after the weight fusion;
determining multiple groups of progress evaluation information to be analyzed for analyzing the project completion progress corresponding to the water conservancy information management project and progress correlation parameters among each group of progress evaluation information based on the obtained target progress evaluation index;
filtering the multiple groups of progress evaluation information according to the multiple groups of determined progress evaluation information and the progress association parameters between each group of progress evaluation information, so that the evaluation reference level corresponding to the filtered progress evaluation information is greater than a preset first threshold value, and the progress association parameters between the filtered progress evaluation information are less than or equal to a preset second threshold value;
and extracting key data characteristics of the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state recognition on the project completion progress information to obtain project completion progress data.
The invention also provides a hydraulic engineering information management device, which comprises:
the acquisition module is used for acquiring template configuration rules corresponding to project label templates of water conservancy information management projects, and water conservancy application service information and service updating mark information corresponding to the water conservancy information management projects;
the construction module is used for constructing a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information; the data filling association relation is used for representing the correlation between the water conservancy application business information and the template configuration rule of the project label template;
the analysis module is used for carrying out service classification processing on the water conservancy application service information according to the template configuration rule, acquiring a project classification identification data set of the water conservancy information management project based on the processed water conservancy application service information, and analyzing a project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data;
the filling configuration module is used for generating a filling queue corresponding to the water conservancy information management project based on the data filling incidence relation, and performing filling configuration on the service updating mark information according to the filling queue to obtain filling configuration information;
the judging module is used for acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, and judging whether progress delay occurs to the first project pushing node and the second project pushing node relative to a preset project pushing node or not according to the project completion progress data and the filling configuration information; the first item pushing node and the second item pushing node correspond to each other; if the progress delay of the first project pushing node and the second project pushing node relative to the preset project pushing node occurs, judging that the water conservancy information management project is not successfully pushed; and if the progress delay does not occur between the first project pushing node and the second project pushing node relative to the preset project pushing node, judging that the water conservancy information management project is successfully pushed.
Optionally, the obtaining module is specifically configured to:
extracting a tag entity relationship from a project tag template of the water conservancy information management project to obtain at least one tag entity relationship value, and analyzing a project operation scene of the water conservancy information management project based on the at least one tag entity relationship value to obtain a scene element set corresponding to the water conservancy information management project;
when the scene element set comprises at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the project label template;
and extracting feature vectors of the water conservancy application service and the service updating process corresponding to the water conservancy information management project based on the template configuration rule to obtain target feature vectors, and comparing the target feature vectors with pre-stored feature vector template fragments to obtain water conservancy application service information and service updating mark information corresponding to the water conservancy information management project.
Optionally, the building module is specifically configured to:
determining a rule definition vector of a template configuration rule corresponding to the project label template and the water conservancy application service information, wherein the template configuration rule and the water conservancy application service information respectively comprise a plurality of data filling nodes with different influence factors;
extracting a data filling control parameter of one data filling node in the template configuration rule corresponding to the project label template, and determining the data filling node with the smallest influence factor in the water conservancy application service information as a target data filling node;
and constructing the data filling control parameter bitmap to the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point in the target data filling node, determining the rule definition vector as a reference rule definition vector, generating corresponding relations between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and determining a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information based on the corresponding relations, the data filling control parameter and the initial bitmap construction point.
Optionally, the analysis module is specifically configured to:
acquiring project classification subsection maps corresponding to a plurality of water conservancy information management projects according to the template configuration rule, and comparing the project classification subsection maps with pre-stored reference classification subsection maps to obtain a structure comparison map; wherein the reference classification subsection map and the project classification subsection map have different map label labels;
collecting water conservancy application service information corresponding to the water conservancy information management project from the project classification subsection atlas based on the reference classification subsection atlas, and performing service classification processing on the water conservancy application service information;
and mapping the water conservancy application service information subjected to the service classification processing to the reference classification sub-map to obtain a structure mapping list, generating a matching relation between the structure mapping list and the structure comparison map, and acquiring a project classification identification data set of the water conservancy information management project from a preset project classification identification database based on the matching relation.
Optionally, the analysis module may be further specifically configured to:
acquiring progress evaluation indexes corresponding to various project classification identification data sets in the water conservancy information management project, performing weight fusion on the progress evaluation indexes based on a preset weight fusion mode, and acquiring target progress evaluation indexes meeting bearing capacity design requirements after the weight fusion;
determining multiple groups of progress evaluation information to be analyzed for analyzing the project completion progress corresponding to the water conservancy information management project and progress correlation parameters among each group of progress evaluation information based on the obtained target progress evaluation index;
filtering the multiple groups of progress evaluation information according to the multiple groups of determined progress evaluation information and the progress association parameters between each group of progress evaluation information, so that the evaluation reference level corresponding to the filtered progress evaluation information is greater than a preset first threshold value, and the progress association parameters between the filtered progress evaluation information are less than or equal to a preset second threshold value;
and extracting key data characteristics of the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state recognition on the project completion progress information to obtain project completion progress data.
The technical scheme provided by the embodiment of the disclosure can have the following beneficial effects.
The disclosure provides a hydraulic engineering information management method and a device. Secondly, carrying out service classification processing on the water conservancy application service information according to a template configuration rule, acquiring a project classification identification data set based on the processed water conservancy application service information, further analyzing a project completion progress corresponding to a water conservancy information management project to obtain project completion progress data, further generating a filling queue corresponding to the water conservancy information management project based on the constructed data filling incidence relation, and carrying out filling configuration on service updating mark information according to the filling queue to obtain filling configuration information. And finally, acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, judging whether progress delay occurs or not, if the progress delay occurs, judging that the water conservancy information management project is not successfully pushed, and if the progress delay does not occur, judging that the water conservancy information management project is successfully pushed. Due to the design, accurate information monitoring and management can be achieved according to the pushing progress of the water conservancy information management project, and therefore subsequent manpower checking cost is reduced.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the invention and together with the description, serve to explain the principles of the invention.
Fig. 1 is a flowchart of a hydraulic engineering information management method according to an embodiment of the present invention.
Fig. 2 is a block diagram of a hydraulic engineering information management apparatus according to an embodiment of the present invention.
Detailed Description
Reference will now be made in detail to the exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, like numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present application. Rather, they are merely examples of apparatus and methods consistent with certain aspects of the present application, as detailed in the appended claims.
Fig. 1 is a flow chart of a hydraulic engineering information management method according to the present disclosure, which may include the following.
Step S110, acquiring a template configuration rule corresponding to a project label template of a water conservancy information management project, and water conservancy application service information and service updating mark information corresponding to the water conservancy information management project.
Step S120, constructing a template configuration rule corresponding to the project label template and a data filling association relation of the water conservancy application service information; and the data filling incidence relation is used for representing the correlation between the water conservancy application business information and the template configuration rule of the project label template.
Step S130, performing service classification processing on the water conservancy application service information according to the template configuration rule, acquiring a project classification identification data set of the water conservancy information management project based on the processed water conservancy application service information, and analyzing a project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data.
And step S140, generating a filling queue corresponding to the water conservancy information management project based on the data filling incidence relation, and filling and configuring the service updating mark information according to the filling queue to obtain filling configuration information.
Step S150, acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, and judging whether progress delay occurs to the first project pushing node and the second project pushing node relative to a preset project pushing node or not according to the project completion progress data and the filling configuration information; wherein the first item push node and the second item push node correspond to each other.
Step S160, if the progress of the first project pushing node and the second project pushing node is delayed relative to the preset project pushing node, determining that the hydraulic information management project is not successfully pushed.
Step S170, if the first project pushing node and the second project pushing node do not have a progress delay with respect to the preset project pushing node, determining that the pushing of the water conservancy information management project is successful.
By executing the above contents, the template configuration rule, the water conservancy application service information and the service update mark information are firstly obtained. Secondly, carrying out service classification processing on the water conservancy application service information according to a template configuration rule, acquiring a project classification identification data set based on the processed water conservancy application service information, further analyzing a project completion progress corresponding to a water conservancy information management project to obtain project completion progress data, further generating a filling queue corresponding to the water conservancy information management project based on the constructed data filling incidence relation, and carrying out filling configuration on service updating mark information according to the filling queue to obtain filling configuration information. And finally, acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, judging whether progress delay occurs or not, if the progress delay occurs, judging that the water conservancy information management project is not successfully pushed, and if the progress delay does not occur, judging that the water conservancy information management project is successfully pushed. Due to the design, accurate information monitoring and management can be achieved according to the pushing progress of the water conservancy information management project, and therefore subsequent manpower checking cost is reduced.
In specific implementation, in order to accurately obtain the water conservancy application service information and the service update flag information, the acquiring of the template configuration rule corresponding to the project tag template of the water conservancy information management project and the water conservancy application service information and the service update flag information corresponding to the water conservancy information management project described in step S110 may specifically include the contents described in the following substeps 1101-substep S1103.
Step S1101, extracting a tag entity relationship from the project tag template of the water conservancy information management project to obtain at least one tag entity relationship value, and analyzing the project operation scene of the water conservancy information management project based on the at least one tag entity relationship value to obtain a scene element set corresponding to the water conservancy information management project.
Step S1102, when the scene element set includes at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the item tag template.
Step S1103, extracting feature vectors of the water conservancy application business and the business updating process corresponding to the water conservancy information management project based on the template configuration rule to obtain target feature vectors, and comparing the target feature vectors with pre-stored feature vector template fragments to obtain water conservancy application business information and business updating mark information corresponding to the water conservancy information management project.
Executing the content described in substep S1101-substep S1103, performing label entity relationship extraction on the project label template to obtain at least one label entity relationship value, further analyzing the project operation scene of the water conservancy information management project to obtain a scene element set, when the scene element set comprises at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the project label template, further performing feature vector extraction on the water conservancy application service and the service updating process based on the template configuration rule to obtain a target feature vector, and comparing the target feature vector with a pre-stored feature vector template fragment. Therefore, the water conservancy application service information and the service updating mark information can be accurately obtained.
In specific implementation, in order to perform accurate detection on the building earthquake resistance and obtain an accurate detection result, the building method described in step S120 may specifically include the following contents described in sub-steps S1201-S1203, where the template configuration rule corresponding to the project tag template is constructed and the data filling association relationship of the water conservancy application service information.
And a substep S1201, determining a rule definition vector matching a template configuration rule corresponding to the project label template with the water conservancy application service information, wherein the template configuration rule and the water conservancy application service information respectively comprise a plurality of data filling nodes with different influence factors.
And step S1202, extracting a data filling control parameter of one data filling node in the template configuration rule corresponding to the project label template, and determining the data filling node with the minimum influence factor in the water conservancy application service information as a target data filling node.
And a substep S1203, constructing the data filling control parameter bitmap to the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point in the target data filling node, determining the rule definition vector as a reference rule definition vector, generating a corresponding relation between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and determining a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information based on the corresponding relation, the data filling control parameter and the initial bitmap construction point.
Executing the contents described in the substep S1201-the substep S1203, determining a rule definition vector of the template configuration rule matched with the water conservancy application service information, further extracting the data filling control parameter of one data filling node in the template configuration rule, and determining a data filling node of the minimum influence factor in the water conservancy application service information as a target data filling node, constructing a data filling control parameter bitmap into the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point, determining a rule definition vector as a reference rule definition vector, generating a corresponding relation between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and further determining a data filling association relation between the template configuration rule and the water conservancy application service information according to the corresponding relation, the data filling control parameter and the initial bitmap construction point. Therefore, accurate detection can be carried out on the building anti-seismic performance by determining the data filling incidence relation, and an accurate detection result is obtained.
In a specific implementation, in order to avoid the falsification of the acquired item classification identifier dataset by the third party information, the step S130 performs service classification processing on the water conservancy application service information according to the template configuration rule, and acquires the item classification identifier dataset of the water conservancy information management item based on the processed water conservancy application service information, which may specifically include the contents described in the following substeps 1301-substep S1303.
Step S1301, acquiring project classification and division maps corresponding to a plurality of water conservancy information management projects according to the template configuration rule, and comparing the project classification and division maps with pre-stored reference classification and division maps to obtain a structure comparison map; wherein the reference classification subsection map and the project classification subsection map have different map label labels.
Step S1302, collecting water conservancy application service information corresponding to the water conservancy information management project from the project classification branch map based on the reference classification branch map, and performing service classification processing on the water conservancy application service information.
Step S1303, mapping the water conservancy application service information after the service classification processing to the reference classification sub-map to obtain a structure mapping list, generating a matching relationship between the structure mapping list and the structure map, and acquiring a project classification identifier dataset of the water conservancy information management project from a preset project classification identifier database based on the matching relationship.
Executing the contents described in the substep S1301-the substep S1303, obtaining a project classification subsection map according to a template configuration rule, comparing the project classification subsection map with a pre-stored reference classification subsection map to obtain a structure comparison map, performing service classification processing on the collected water conservancy application service information, mapping the processed water conservancy application service information to the reference classification subsection map to obtain a structure mapping list, generating a matching relation between the structure mapping list and the structure comparison map, and obtaining a project classification identification data set of the water conservancy information management project from a preset project classification identification data base based on the matching relation. Therefore, the third-party information can be prevented from being tampered in the acquired item classification identification data set.
In specific implementation, in order to greatly improve the efficiency of analyzing the project completion progress corresponding to the water conservancy information management project, the analyzing the project completion progress corresponding to the water conservancy information management project based on the project classification identification data set described in step S130 to obtain project completion progress data may further include the contents described in the following sub-steps S1304 to S1307.
Step S1304, obtaining progress evaluation indexes corresponding to the project classification identification data sets in the water conservancy information management project, performing weight fusion on the progress evaluation indexes based on a preset weight fusion mode, and obtaining target progress evaluation indexes meeting bearing capacity design requirements after weight fusion.
Step S1305, determining, based on the obtained target progress evaluation index, multiple sets of progress evaluation information to be analyzed for analyzing the project completion progress corresponding to the water conservancy information management project and a progress association parameter between each set of progress evaluation information.
Step S1306, filtering the multiple sets of progress evaluation information according to the multiple sets of determined progress evaluation information and the progress correlation parameters between each set of progress evaluation information, so that the evaluation reference level corresponding to the filtered progress evaluation information is greater than a preset first threshold value, and the progress correlation parameters between the filtered progress evaluation information are less than or equal to a preset second threshold value.
Step 1307, performing key data feature extraction on the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state recognition on the project completion progress information to obtain project completion progress data.
And executing the contents described in the substep S1304-1307, firstly performing weight fusion on the obtained progress evaluation indexes, and further obtaining the target progress evaluation index meeting the bearing capacity design requirement after the weight fusion. And finally, performing key data characteristic extraction on the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state identification on the project completion progress information to obtain project completion progress data. Therefore, the efficiency of analyzing the project completion progress corresponding to the water conservancy information management project can be greatly improved.
Further, for example, in order to accurately obtain filling configuration information and improve the efficiency of detecting the earthquake-resistant performance of the building, the step S140 generates a filling queue corresponding to the water conservancy information management item based on the data filling association relationship, and fills and configures the service update mark information according to the filling queue to obtain the filling configuration information, which may specifically include the contents described in the following substeps 1401 to substep S1403.
Step S1401, generating a target analysis keyword list corresponding to the water conservancy information management item based on the data filling association relationship, performing numbering and classifying processing on the target analysis keyword list to obtain a classification list, and generating a filling queue corresponding to the water conservancy information management item based on the classification list.
Step S1402, performing index parameter type matching on data indexes with the same frequency of occurrence of multiple matched data indexes in the service update flag information in a preset data thread according to the filling queue, and obtaining a matching result.
Step S1403, performing padding configuration on the service update flag information based on the matching result to obtain padding configuration information.
Executing the contents described in substep S1401-substep S1403, generating a target analysis keyword list corresponding to the water conservancy information management project based on the data filling association relation, performing numbering and classifying processing on the target analysis keyword list to obtain a classification list, further generating a corresponding filling queue based on the classification list, performing index parameter type matching on data indexes according to the filling queue, and performing filling configuration on service updating mark information based on the obtained matching result to obtain filling configuration information. By the design, the filling configuration information can be accurately obtained, and the efficiency of detecting the anti-seismic performance of the building can be improved.
On the basis, please refer to fig. 2 in combination, the present invention provides a hydraulic engineering information management apparatus 100, which may specifically include the following functional modules:
the acquiring module 110 is configured to acquire a template configuration rule corresponding to a project tag template of a water conservancy information management project, and water conservancy application service information and service update flag information corresponding to the water conservancy information management project;
the building module 120 is configured to build a data filling association relationship between a template configuration rule corresponding to the project tag template and the water conservancy application service information; the data filling association relation is used for representing the correlation between the water conservancy application business information and the template configuration rule of the project label template;
the analysis module 130 is configured to perform service classification processing on the water conservancy application service information according to the template configuration rule, obtain a project classification identification data set of the water conservancy information management project based on the processed water conservancy application service information, and analyze a project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data;
the filling configuration module 140 is configured to generate a filling queue corresponding to the water conservancy information management project based on the data filling association relationship, and perform filling configuration on the service update flag information according to the filling queue to obtain filling configuration information;
the judging module 150 is configured to acquire a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, and judge whether a progress delay occurs between the first project pushing node and the second project pushing node relative to a preset project pushing node according to the project completion progress data and the filling configuration information; the first item pushing node and the second item pushing node correspond to each other; if the progress delay of the first project pushing node and the second project pushing node relative to the preset project pushing node occurs, judging that the water conservancy information management project is not successfully pushed; and if the progress delay does not occur between the first project pushing node and the second project pushing node relative to the preset project pushing node, judging that the water conservancy information management project is successfully pushed.
Optionally, the obtaining module 110 is specifically configured to:
extracting a tag entity relationship from a project tag template of the water conservancy information management project to obtain at least one tag entity relationship value, and analyzing a project operation scene of the water conservancy information management project based on the at least one tag entity relationship value to obtain a scene element set corresponding to the water conservancy information management project;
when the scene element set comprises at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the project label template;
and extracting feature vectors of the water conservancy application service and the service updating process corresponding to the water conservancy information management project based on the template configuration rule to obtain target feature vectors, and comparing the target feature vectors with pre-stored feature vector template fragments to obtain water conservancy application service information and service updating mark information corresponding to the water conservancy information management project.
Optionally, the building module 120 is specifically configured to:
determining a rule definition vector of a template configuration rule corresponding to the project label template and the water conservancy application service information, wherein the template configuration rule and the water conservancy application service information respectively comprise a plurality of data filling nodes with different influence factors;
extracting a data filling control parameter of one data filling node in the template configuration rule corresponding to the project label template, and determining the data filling node with the smallest influence factor in the water conservancy application service information as a target data filling node;
and constructing the data filling control parameter bitmap to the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point in the target data filling node, determining the rule definition vector as a reference rule definition vector, generating corresponding relations between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and determining a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information based on the corresponding relations, the data filling control parameter and the initial bitmap construction point.
Optionally, the analysis module 130 is specifically configured to:
acquiring project classification subsection maps corresponding to a plurality of water conservancy information management projects according to the template configuration rule, and comparing the project classification subsection maps with pre-stored reference classification subsection maps to obtain a structure comparison map; wherein the reference classification subsection map and the project classification subsection map have different map label labels;
collecting water conservancy application service information corresponding to the water conservancy information management project from the project classification subsection atlas based on the reference classification subsection atlas, and performing service classification processing on the water conservancy application service information;
and mapping the water conservancy application service information subjected to the service classification processing to the reference classification sub-map to obtain a structure mapping list, generating a matching relation between the structure mapping list and the structure comparison map, and acquiring a project classification identification data set of the water conservancy information management project from a preset project classification identification database based on the matching relation.
Optionally, the analysis module 130 may be specifically configured to:
acquiring progress evaluation indexes corresponding to various project classification identification data sets in the water conservancy information management project, performing weight fusion on the progress evaluation indexes based on a preset weight fusion mode, and acquiring target progress evaluation indexes meeting bearing capacity design requirements after the weight fusion;
determining multiple groups of progress evaluation information to be analyzed for analyzing the project completion progress corresponding to the water conservancy information management project and progress correlation parameters among each group of progress evaluation information based on the obtained target progress evaluation index;
filtering the multiple groups of progress evaluation information according to the multiple groups of determined progress evaluation information and the progress association parameters between each group of progress evaluation information, so that the evaluation reference level corresponding to the filtered progress evaluation information is greater than a preset first threshold value, and the progress association parameters between the filtered progress evaluation information are less than or equal to a preset second threshold value;
and extracting key data characteristics of the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state recognition on the project completion progress information to obtain project completion progress data.
Further, a readable storage medium is provided, on which a program is stored, which when executed by a processor implements the method described above.
It will be understood that the invention is not limited to the precise arrangements described above and shown in the drawings and that various modifications and changes may be made without departing from the scope thereof. The scope of the invention is limited only by the appended claims.
Claims (10)
1. A hydraulic engineering information management method is characterized by comprising the following steps:
acquiring a template configuration rule corresponding to a project label template of a water conservancy information management project, and water conservancy application service information and service updating mark information corresponding to the water conservancy information management project;
constructing a template configuration rule corresponding to the project label template and a data filling association relation of the water conservancy application service information; the data filling association relation is used for representing the correlation between the water conservancy application business information and the template configuration rule of the project label template;
performing service classification processing on the water conservancy application service information according to the template configuration rule, acquiring a project classification identification data set of the water conservancy information management project based on the processed water conservancy application service information, and analyzing a project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data;
generating a filling queue corresponding to the water conservancy information management project based on the data filling incidence relation, and filling and configuring the service updating mark information according to the filling queue to obtain filling configuration information;
acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, and judging whether the first project pushing node and the second project pushing node have progress delay relative to a preset project pushing node or not according to the project completion progress data and the filling configuration information; the first item pushing node and the second item pushing node correspond to each other;
if the progress delay of the first project pushing node and the second project pushing node relative to the preset project pushing node occurs, judging that the water conservancy information management project is not successfully pushed;
and if the progress delay does not occur between the first project pushing node and the second project pushing node relative to the preset project pushing node, judging that the water conservancy information management project is successfully pushed.
2. The method according to claim 1, wherein acquiring template configuration rules corresponding to project tag templates of a water conservancy information management project and water conservancy application service information and service update flag information corresponding to the water conservancy information management project specifically includes:
extracting a tag entity relationship from a project tag template of the water conservancy information management project to obtain at least one tag entity relationship value, and analyzing a project operation scene of the water conservancy information management project based on the at least one tag entity relationship value to obtain a scene element set corresponding to the water conservancy information management project;
when the scene element set comprises at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the project label template;
and extracting feature vectors of the water conservancy application service and the service updating process corresponding to the water conservancy information management project based on the template configuration rule to obtain target feature vectors, and comparing the target feature vectors with pre-stored feature vector template fragments to obtain water conservancy application service information and service updating mark information corresponding to the water conservancy information management project.
3. The hydraulic engineering information management method according to claim 1, wherein the building of the data filling association relationship between the template configuration rule corresponding to the project tag template and the hydraulic application service information specifically includes:
determining a rule definition vector of a template configuration rule corresponding to the project label template and the water conservancy application service information, wherein the template configuration rule and the water conservancy application service information respectively comprise a plurality of data filling nodes with different influence factors;
extracting a data filling control parameter of one data filling node in the template configuration rule corresponding to the project label template, and determining the data filling node with the smallest influence factor in the water conservancy application service information as a target data filling node;
and constructing the data filling control parameter bitmap to the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point in the target data filling node, determining the rule definition vector as a reference rule definition vector, generating corresponding relations between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and determining a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information based on the corresponding relations, the data filling control parameter and the initial bitmap construction point.
4. The hydraulic engineering information management method according to claim 1, wherein the hydraulic application service information is subjected to service classification processing according to the template configuration rule, and a project classification identification data set of the hydraulic information management project is acquired based on the processed hydraulic application service information, and specifically includes:
acquiring project classification subsection maps corresponding to a plurality of water conservancy information management projects according to the template configuration rule, and comparing the project classification subsection maps with pre-stored reference classification subsection maps to obtain a structure comparison map; wherein the reference classification subsection map and the project classification subsection map have different map label labels;
collecting water conservancy application service information corresponding to the water conservancy information management project from the project classification subsection atlas based on the reference classification subsection atlas, and performing service classification processing on the water conservancy application service information;
and mapping the water conservancy application service information subjected to the service classification processing to the reference classification sub-map to obtain a structure mapping list, generating a matching relation between the structure mapping list and the structure comparison map, and acquiring a project classification identification data set of the water conservancy information management project from a preset project classification identification database based on the matching relation.
5. The hydraulic engineering information management method according to claim 1, wherein analyzing a project completion progress corresponding to the hydraulic information management project based on the project classification identification data set to obtain project completion progress data specifically comprises:
acquiring progress evaluation indexes corresponding to various project classification identification data sets in the water conservancy information management project, performing weight fusion on the progress evaluation indexes based on a preset weight fusion mode, and acquiring target progress evaluation indexes meeting bearing capacity design requirements after the weight fusion;
determining multiple groups of progress evaluation information to be analyzed for analyzing the project completion progress corresponding to the water conservancy information management project and progress correlation parameters among each group of progress evaluation information based on the obtained target progress evaluation index;
filtering the multiple groups of progress evaluation information according to the multiple groups of determined progress evaluation information and the progress association parameters between each group of progress evaluation information, so that the evaluation reference level corresponding to the filtered progress evaluation information is greater than a preset first threshold value, and the progress association parameters between the filtered progress evaluation information are less than or equal to a preset second threshold value;
and extracting key data characteristics of the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state recognition on the project completion progress information to obtain project completion progress data.
6. A hydraulic engineering information management device, characterized in that the device includes:
the acquisition module is used for acquiring template configuration rules corresponding to project label templates of water conservancy information management projects, and water conservancy application service information and service updating mark information corresponding to the water conservancy information management projects;
the construction module is used for constructing a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information; the data filling association relation is used for representing the correlation between the water conservancy application business information and the template configuration rule of the project label template;
the analysis module is used for carrying out service classification processing on the water conservancy application service information according to the template configuration rule, acquiring a project classification identification data set of the water conservancy information management project based on the processed water conservancy application service information, and analyzing a project completion progress corresponding to the water conservancy information management project based on the project classification identification data set to obtain project completion progress data;
the filling configuration module is used for generating a filling queue corresponding to the water conservancy information management project based on the data filling incidence relation, and performing filling configuration on the service updating mark information according to the filling queue to obtain filling configuration information;
the judging module is used for acquiring a first project pushing node and a second project pushing node corresponding to the water conservancy information management project, and judging whether progress delay occurs to the first project pushing node and the second project pushing node relative to a preset project pushing node or not according to the project completion progress data and the filling configuration information; the first item pushing node and the second item pushing node correspond to each other; if the progress delay of the first project pushing node and the second project pushing node relative to the preset project pushing node occurs, judging that the water conservancy information management project is not successfully pushed; and if the progress delay does not occur between the first project pushing node and the second project pushing node relative to the preset project pushing node, judging that the water conservancy information management project is successfully pushed.
7. The hydraulic engineering information management device according to claim 6, wherein the obtaining module is specifically configured to:
extracting a tag entity relationship from a project tag template of the water conservancy information management project to obtain at least one tag entity relationship value, and analyzing a project operation scene of the water conservancy information management project based on the at least one tag entity relationship value to obtain a scene element set corresponding to the water conservancy information management project;
when the scene element set comprises at least two scene elements, performing element adaptation parameter calculation on each scene element in the scene element set to obtain a template configuration rule corresponding to the project label template;
and extracting feature vectors of the water conservancy application service and the service updating process corresponding to the water conservancy information management project based on the template configuration rule to obtain target feature vectors, and comparing the target feature vectors with pre-stored feature vector template fragments to obtain water conservancy application service information and service updating mark information corresponding to the water conservancy information management project.
8. The hydraulic engineering information management device according to claim 6, wherein the building module is specifically configured to:
determining a rule definition vector of a template configuration rule corresponding to the project label template and the water conservancy application service information, wherein the template configuration rule and the water conservancy application service information respectively comprise a plurality of data filling nodes with different influence factors;
extracting a data filling control parameter of one data filling node in the template configuration rule corresponding to the project label template, and determining the data filling node with the smallest influence factor in the water conservancy application service information as a target data filling node;
and constructing the data filling control parameter bitmap to the target data filling node based on a preset bitmap construction path to obtain an initial bitmap construction point in the target data filling node, determining the rule definition vector as a reference rule definition vector, generating corresponding relations between the reference rule definition vector and the template configuration rule and the water conservancy application service information respectively, and determining a data filling association relation between the template configuration rule corresponding to the project label template and the water conservancy application service information based on the corresponding relations, the data filling control parameter and the initial bitmap construction point.
9. The hydraulic engineering information management device according to claim 6, wherein the analysis module is specifically configured to:
acquiring project classification subsection maps corresponding to a plurality of water conservancy information management projects according to the template configuration rule, and comparing the project classification subsection maps with pre-stored reference classification subsection maps to obtain a structure comparison map; wherein the reference classification subsection map and the project classification subsection map have different map label labels;
collecting water conservancy application service information corresponding to the water conservancy information management project from the project classification subsection atlas based on the reference classification subsection atlas, and performing service classification processing on the water conservancy application service information;
and mapping the water conservancy application service information subjected to the service classification processing to the reference classification sub-map to obtain a structure mapping list, generating a matching relation between the structure mapping list and the structure comparison map, and acquiring a project classification identification data set of the water conservancy information management project from a preset project classification identification database based on the matching relation.
10. The hydraulic engineering information management device according to claim 6, wherein the analysis module is further specifically configured to:
acquiring progress evaluation indexes corresponding to various project classification identification data sets in the water conservancy information management project, performing weight fusion on the progress evaluation indexes based on a preset weight fusion mode, and acquiring target progress evaluation indexes meeting bearing capacity design requirements after the weight fusion;
determining multiple groups of progress evaluation information to be analyzed for analyzing the project completion progress corresponding to the water conservancy information management project and progress correlation parameters among each group of progress evaluation information based on the obtained target progress evaluation index;
filtering the multiple groups of progress evaluation information according to the multiple groups of determined progress evaluation information and the progress association parameters between each group of progress evaluation information, so that the evaluation reference level corresponding to the filtered progress evaluation information is greater than a preset first threshold value, and the progress association parameters between the filtered progress evaluation information are less than or equal to a preset second threshold value;
and extracting key data characteristics of the filtered target progress evaluation information meeting the requirements to obtain project completion progress information, and performing state recognition on the project completion progress information to obtain project completion progress data.
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