CN111291986A - Air defense reverse guidance operation action accurate equipment guarantee scheme planning system - Google Patents
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Abstract
The invention discloses an air defense and anti-pilot combat action accurate equipment guarantee scheme planning system, which comprises: the system comprises a scheme matching and reasoning module, a specific air defense combat mission equipment precision guarantee demand analysis module, a specific service environment equipment performance decline prediction module, a scheme correction module, a scheme evaluation module and a scheme storage module; according to the method, the planning process of the equipment guarantee scheme is modularized, so that the complex planning process of the whole equipment guarantee scheme is systematized, and meanwhile, a user can perform scheme adjustment according to the requirement through the scheme correction module and the equipment performance decline prediction module in the specific service environment, so that the reliability of the equipment in a specific task is improved; information gathering and structuring of the guarantee scheme are achieved, and the whole equipment guarantee scheme is refined.
Description
Technical Field
The invention belongs to the technical field of equipment guarantee scheme planning, and particularly relates to an air defense reverse guidance operation action accurate equipment guarantee scheme planning system.
Background
The equipment guarantee refers to the guarantee of organizing and implementing equipment debugging, maintenance, expenses and the like by military to meet the needs of battles and other tasks. "equipment safeguards have two layers of meanings: the first layer is equipment use guarantee, and a series of work is carried out for guaranteeing the correct operation of the equipment so as to fully exert the operational performance of the equipment, such as the inspection before the equipment is used, the filling of fuel and oil gas liquid, the supplement of ammunition, the operation, the storage and the transportation, namely, the equipment is used for guaranteeing the military operation; the second layer is equipment maintenance support, which is the support work that should be performed to maintain and restore the well-equipped technical conditions, such as planned and unplanned repairs of the equipment, battlefield repairs, and support equipment supplies, i.e., support the equipment.
The air defense and counter-navigation battle is a battle activity carried out under the conditions of informatization weapon equipment, transparent battlefield and integrated battle system, and has the characteristics of strong early warning timeliness, centralized command and control, large decision difficulty, integrated firepower information application and the like. In the informatization war, the space of the air defense anti-pilot combat battlefield is extremely expanded, and the combat time is extremely compressed, so that compared with the traditional air defense anti-pilot combat equipment guarantee, the equipment guarantee has the advantages of more complex content, wider range, heavier task and tighter time, and the intensive and precise guarantee becomes the objective demand of the anti-pilot combat. Intensive and precise guarantee is mainly embodied in the aspects of high guarantee accuracy requirement, informatization of guarantee means, guarantee of resource sharing and the like.
In modern wars, especially information wars, the combat plan is the important basis of pre-war planning, command in the war and post-war evaluation. After the battle scheme is determined, how to quickly form an accurate guarantee scheme matched with the battle scheme is particularly important. Generally, a guarantee scheme involves a series of elements such as personnel, materials, routes, environments and the like, and the workload required for planning the guarantee scheme is huge.
The existing equipment guarantee scheme planning method basically depends on the accumulated planning experience of the conspire and guarantee plan storage, and depends on subjective operation of the conspire personnel and the modification of the guarantee scheme, so that the intelligent degree is not high, and the problems of low planning efficiency, low scheme effectiveness and the like are often accompanied; additionally, the mobility of the personnel of the army is high, and the problems that the planning work of the comprehensive and systematic equipment maintenance guarantee scheme cannot be carried out due to the fact that the staff of the army is newly concerned to the accomplice and lacks the equipment maintenance guarantee planning experience are often faced; a large amount of contents of the traditional guarantee scheme are determined by experience of planners, scientific basis is lacked, and objective and fair assessment on the guarantee scheme by introducing scientific means is difficult to solve.
Disclosure of Invention
In order to solve the problems, the invention aims to provide an air defense and reverse guidance battle action precise equipment guarantee scheme planning system, which realizes the prediction of a guarantee scheme according to guarantee strength by fully considering the design elements of the guarantee scheme to form a templated, open and expandable guarantee scheme.
In order to achieve the above object, the present invention adopts the following technical solutions.
The utility model provides an accurate equipment guarantee scheme of air defense anti-pilot operation action plans system, includes: the system comprises a scheme matching and reasoning module, a specific air defense combat mission equipment precision guarantee demand analysis module, a specific service environment equipment performance decline prediction module, a scheme correction module, a scheme evaluation module and a scheme storage module;
the scheme matching and reasoning module is used for matching and reasoning keywords according to the guarantee keywords input by the user and a guarantee scheme template stored in the system, calculating the fitting degree of the two schemes, outputting a corresponding matching result according to the fitting degree, and transmitting the output result to the scheme correcting module;
the equipment precision guarantee requirement analysis module for the specific air defense combat task analyzes the corresponding equipment guarantee requirement according to the specific air defense combat task input by the user and outputs the result to the scheme correction module;
the equipment performance decline prediction module of the specific service environment predicts the decline of the equipment performance in the service environment by adopting the corresponding service environment according to the specific air defense combat mission input by the user and outputs the prediction result to the scheme correction module;
the scheme correction module generates equipment special situation information according to equipment guarantee requirements obtained by analyzing equipment precision guarantee requirements of the specific air defense combat mission and equipment performance decline predictions obtained by the equipment performance decline prediction module of the specific service environment; modifying unqualified attribute elements in the guarantee scheme template stored in the matched system according to the equipment special situation information to meet the task requirement, and respectively outputting the modified guarantee scheme to a scheme evaluation module and a scheme storage module;
the equipment special situation information is the equipment abnormal situation in the specific air defense combat task;
the scheme evaluation module is used for carrying out effectiveness evaluation on the corrected guarantee scheme, providing a guidance basis for a user to adopt the corrected guarantee scheme or not, and outputting and displaying an evaluation result;
the scheme storage module is used for carrying out information aggregation and structured storage on the corrected guarantee scheme each time, so that data in the guarantee scheme can be extracted according to the knowledge ontology concept, different elements of the guarantee scheme can be combined, and matching and reasoning of the scheme are supported.
Further, the outputting of the corresponding matching result according to the degree of fitting specifically includes: and judging whether the fitting degree of the guarantee keywords input by the user and the keywords of the guarantee scheme template stored in the system exceeds a preset matching threshold, if so, outputting the matched guarantee scheme template, and otherwise, newly building a guarantee scheme.
Further, the analyzing of the corresponding equipment guarantee requirements according to the specific air defense combat mission input by the user specifically comprises: according to a specific air defense combat mission, demand analysis is carried out from two aspects of equipment use guarantee and equipment maintenance guarantee, and the demand analysis of each guarantee scheme is carried out from three aspects of personnel allocation, equipment demand and material demand.
Further, the predicting the decline of the equipment performance in the service environment by using the corresponding service environment specifically includes:
firstly, the decline of the equipment performance in the service environment is the time accumulation effect of the equipment performance in the service environment, and a process neural network model based on convolution operation, namely an equipment performance decline model influenced by the time accumulation effect, is established according to the time accumulation effect;
then, training equipment performance degradation models respectively by adopting equipment loss historical data in different service environments, predicting equipment performance degradation in the service environment corresponding to the input specific air defense combat mission by using the corresponding trained equipment performance degradation models, and outputting an equipment performance degradation curve;
wherein the equipment loss historical data is equipment health state data, equipment maintenance data, fault historical data and equipment maintenance data of the past year.
Furthermore, the accurate equipment guarantee scheme planning system adopts a BS framework, and the database of the equipment guarantee scheme adopts MySQL.
Further, the accurate equipment guarantee scheme planning system performs data transmission through a local area network.
Compared with the prior art, the invention has the beneficial effects that: the planning process of the equipment guarantee scheme is modularized, so that the complex planning process of the whole equipment guarantee scheme is systematized, and meanwhile, a scheme can be adjusted by a user according to the requirement through a scheme correction module; the reliability of the equipment in a specific task is improved through the equipment performance decline prediction module in a specific service environment; information gathering and structuring of the guarantee scheme are achieved, and the whole equipment guarantee scheme is refined.
Drawings
The invention is described in further detail below with reference to the figures and specific embodiments.
FIG. 1 is a schematic diagram of an air defense and counter-guidance action precision equipment support plan planning system according to the present invention;
FIG. 2 is a block diagram of an equipment safeguarding scheme in accordance with an embodiment of the present invention;
FIG. 3 is a block diagram of an air defense and counter guidance action precision equipment support scenario planning system according to an embodiment of the present invention;
fig. 4 is a flowchart of the execution steps of the air defense and counter guidance battle action precision equipment planning system according to the embodiment of the present invention.
Detailed Description
The embodiments and effects of the present invention will be described in further detail below with reference to the accompanying drawings.
Referring to fig. 1, an embodiment of the present invention provides an air defense and reverse guidance battle action precision equipment planning system, including: the system comprises a scheme matching and reasoning module, a specific air defense combat mission equipment precision guarantee demand analysis module, a specific service environment equipment performance decline prediction module, a scheme correction module, a scheme evaluation module and a scheme storage module;
the scheme matching and reasoning module is used for matching and reasoning keywords according to the guarantee keywords input by the user and a guarantee scheme template stored in the system, calculating the fitting degree of the two schemes, outputting a corresponding matching result according to the fitting degree, and transmitting the output result to the scheme correcting module;
when the system does not form a case base, namely, a guarantee scheme template is not stored in the system, and when a newly planned guarantee scheme is stored, the evaluation results of the guarantee scheme are stored together, namely, the evaluation results and the guarantee scheme are bound together to be used as a source case. When a certain guarantee scheme is stored in the system and a new guarantee scheme is planned, firstly, the new guarantee scheme is compared with the existing guarantee scheme in the system according to keywords of the new guarantee scheme, if the fitting degree of the new scheme and the existing guarantee scheme exceeds a certain threshold value, the existing guarantee scheme is used as a default scheme, and a user is prompted to modify the scheme on the basis. If the certain matching threshold value cannot be reached, a new construction of the guarantee scheme is needed.
The equipment precision guarantee requirement analysis module for the specific air defense combat task analyzes the corresponding equipment guarantee requirement according to the specific air defense combat task input by the user and outputs the result to the scheme correction module;
specifically, according to a specific air defense combat mission, requirement analysis is performed from two aspects of equipment use guarantee and equipment maintenance guarantee, and requirement analysis of each guarantee scheme is performed from three aspects of personnel allocation, equipment requirement and material requirement, as shown in fig. 2, a specific matter to be considered in the equipment guarantee scheme determination process is shown.
The equipment performance decline prediction module of the specific service environment predicts the decline of the equipment performance in the service environment by adopting the corresponding service environment according to the specific air defense combat mission input by the user and outputs the prediction result to the scheme correction module;
the specific prediction steps are as follows: firstly, the decline of the equipment performance in the service environment is the time accumulation effect of the equipment performance in the service environment, and a process neural network model based on convolution operation, namely an equipment performance decline model influenced by the time accumulation effect, is established according to the time accumulation effect;
then, training equipment performance degradation models respectively by adopting equipment loss historical data in different service environments, predicting equipment performance degradation in the service environment corresponding to the input specific air defense combat mission by using the corresponding trained equipment performance degradation models, and outputting an equipment performance degradation curve;
wherein the equipment loss historical data is equipment health state data, equipment maintenance data, fault historical data and equipment maintenance data of the past year. And (4) performing corresponding prediction by analyzing the correlation of the data.
The scheme correction module generates equipment special situation information according to equipment guarantee requirements obtained by analyzing equipment precision guarantee requirements of the specific air defense combat mission and equipment performance decline predictions obtained by the equipment performance decline prediction module of the specific service environment; modifying unqualified attribute elements in the guarantee scheme template stored in the matched system according to the equipment special situation information to meet the task requirement, and respectively outputting the modified guarantee scheme to a scheme evaluation module and a scheme storage module;
the equipment special situation information is the equipment abnormal situation in the specific air defense combat task, namely the special situation that some attributes of the equipment cannot meet the combat requirements;
the scheme evaluation module is used for carrying out effectiveness evaluation on the corrected guarantee scheme, providing a guidance basis for a user to adopt the corrected guarantee scheme or not, and outputting and displaying an evaluation result;
the scheme storage module is used for carrying out information aggregation and structured storage on the corrected guarantee scheme each time, so that data in the guarantee scheme can be extracted according to the knowledge ontology concept, different elements of the guarantee scheme can be combined, and matching and reasoning of the scheme are supported.
As shown in fig. 3, the scheme planning system for the anti-air defense and anti-guidance combat action precision equipment of the present invention selects a BS architecture, and the browser may be an IE browser, a Google browser, a dog search browser, a fire fox browser, etc.; the front end interface of the server selects BootStrap + eHarts + MapBox + Mustache + zTree + Duallisbox technology, the server selects Apache + SpringBoot + Redis + Mybatis + SpringSecurity technology, and the equipment guarantee scheme database selects MySQL technology. In this embodiment, data transmission is realized through a local area network, and information security is ensured.
Referring to fig. 4, the execution flow of the air defense and anti-guidance battle action precision equipment support plan planning system of the present invention is as follows: firstly, a user accesses the system through a local area network by using a browser, selects a new guarantee scheme, and the system acquires army information and skips to a new guarantee scheme page; then, the user fills in basic information of the scheme, including model information, army information, equipment information and environment information related to the basic battle tasks of the scheme, the unit scale of the battle and the guarantee task which are input by the system; clicking the next step, and recommending the similar scheme to the user by the system according to the basic information of the guarantee scheme and the recommendation system; if the user selects the recommended scheme, editing the scheme content and then selecting a scheme template; if the user does not select the recommended scheme, a guarantee scheme is newly established, and meanwhile, equipment, personnel and material information is obtained and sent to a front-end interface of the server; a user edits the content information of the guarantee scheme according to the information presented by the front-end interface of the server; after the user finishes editing, submitting, the system can automatically carry out scheme correction, scheme evaluation and scheme storage. Finally, the user can click the scheme preview and then download the scheme, and the system can automatically generate the guarantee scheme of the document format.
The method carries out guarantee scheme pre-planning based on template matching and reasoning, and corrects the guarantee scheme by utilizing an accurate equipment guarantee requirement analysis result when an air defense anti-pilot army executes a specific air defense combat task and an equipment performance decline prediction result in a specific environment. And evaluating the corrected guarantee scheme in the aspects of completeness, rationality and effectiveness of the scheme, and finally binding and storing the evaluation result and the guarantee scheme into a case library. The design elements of the guarantee are fully considered, the prediction of the guarantee scheme is realized according to the guarantee intensity, and a templated, open and extensible guarantee scheme is formed. The soft strength of the modern war is accurately guaranteed, and the development of the guarantee scheme in a tool, scientific and automatic manner is promoted.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (6)
1. The utility model provides an accurate equipment guarantee scheme of air defense anti-pilot operation action plans system which characterized in that includes: the system comprises a scheme matching and reasoning module, a specific air defense combat mission equipment precision guarantee demand analysis module, a specific service environment equipment performance decline prediction module, a scheme correction module, a scheme evaluation module and a scheme storage module;
the scheme matching and reasoning module is used for matching and reasoning keywords according to the guarantee keywords input by the user and a guarantee scheme template stored in the system, calculating the fitting degree of the two schemes, outputting a corresponding matching result according to the fitting degree, and transmitting the output result to the scheme correcting module;
the equipment precision guarantee requirement analysis module for the specific air defense combat task analyzes the corresponding equipment guarantee requirement according to the specific air defense combat task input by the user and outputs the result to the scheme correction module;
the equipment performance decline prediction module of the specific service environment predicts the decline of the equipment performance in the service environment by adopting the corresponding service environment according to the specific air defense combat mission input by the user and outputs the prediction result to the scheme correction module;
the scheme correction module generates equipment special situation information according to equipment guarantee requirements obtained by analyzing equipment precision guarantee requirements of the specific air defense combat mission and equipment performance decline predictions obtained by the equipment performance decline prediction module of the specific service environment; modifying unqualified attribute elements in the guarantee scheme template stored in the matched system according to the equipment special situation information to meet the task requirement, and respectively outputting the modified guarantee scheme to a scheme evaluation module and a scheme storage module;
the equipment special situation information is the equipment abnormal situation in the specific air defense combat task;
the scheme evaluation module is used for carrying out effectiveness evaluation on the corrected guarantee scheme, providing a guidance basis for a user to adopt the corrected guarantee scheme or not, and outputting and displaying an evaluation result;
the scheme storage module is used for carrying out information aggregation and structured storage on the corrected guarantee scheme each time, so that data in the guarantee scheme can be extracted according to the concept of the knowledge ontology, different elements of the guarantee scheme are combined, and matching and reasoning of the scheme are supported.
2. The anti-air-raid battle action precision equipment guarantee plan planning system according to claim 1, wherein the outputting of the corresponding matching result according to the degree of fitting specifically includes: and judging whether the fitting degree of the guarantee keywords input by the user and the keywords of the guarantee scheme template stored in the system exceeds a preset matching threshold, if so, outputting the matched guarantee scheme template, and otherwise, newly building a guarantee scheme.
3. The anti-air defense anti-pilot combat action precision equipment support scheme planning system according to claim 1, wherein the analysis of the corresponding equipment support requirements according to the specific air defense combat task input by the user specifically comprises: according to a specific air defense combat mission, demand analysis is carried out from two aspects of equipment use guarantee and equipment maintenance guarantee, and the demand analysis of each guarantee scheme is carried out from three aspects of personnel allocation, equipment demand and material demand.
4. The anti-air-defense anti-pilot combat action precision equipment protection scheme planning system according to claim 1, wherein the equipment performance degradation in the service environment is predicted by adopting the corresponding service environment, specifically:
firstly, the decline of the equipment performance in the service environment is the time accumulation effect of the equipment performance in the service environment, and a process neural network model based on convolution operation, namely an equipment performance decline model influenced by the time accumulation effect, is established according to the time accumulation effect;
then, training equipment performance degradation models respectively by adopting equipment loss historical data in different service environments, predicting equipment performance degradation in the service environment corresponding to the input specific air defense combat mission by using the corresponding trained equipment performance degradation models, and outputting an equipment performance degradation curve;
wherein the equipment loss historical data is equipment health state data, equipment maintenance data, fault historical data and equipment maintenance data of the past year.
5. The anti-air-defense and anti-guidance battle action precision equipment and guarantee scheme planning system according to claim 1, wherein the precision equipment and guarantee scheme planning system adopts a BS architecture, and the database of the equipment and guarantee scheme adopts MySQL.
6. The anti-air-defense and anti-guidance battle action precision equipment planning system according to claim 1, wherein the precision equipment planning system performs data transmission through a local area network.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111861036A (en) * | 2020-07-30 | 2020-10-30 | 彭耿 | Equipment service optimization method and device, electronic equipment and readable storage medium |
| CN111861036B (en) * | 2020-07-30 | 2023-12-12 | 彭耿 | Equipment service optimization method and device, electronic equipment and readable storage medium |
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