CN116227850A - Intelligent decision and emergency disposal system for cultural relic security management - Google Patents
Intelligent decision and emergency disposal system for cultural relic security management Download PDFInfo
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Abstract
The invention discloses an intelligent decision and emergency disposal system for cultural relic security management, which comprises a case database module, a case matching module, an emergency plan library module, a background management module, a plan visualization flow management module and an emergency disposal instruction dynamic generation module, wherein the case database module is used for storing typical cases of cultural relic security events and carrying out structural classification management on the typical cases, the case matching module is used for carrying out case matching on Wen Bo emergency events and the typical cases, the emergency plan library module is used for generating classified emergency plans according to case matching results, the background management module is used for editing and managing all modules of the system, the plan visualization flow management module is used for flexibly configuring plan key elements of all roles in the emergency plan, and the emergency disposal instruction dynamic generation module is used for generating and issuing emergency disposal instructions of all roles.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to an intelligent decision and emergency disposal system for cultural relic security management.
Background
At present, the literature emergency treatment research based on emerging technologies such as big data, mobile internet, artificial intelligence and the like at home and abroad achieves positive effects, but the current literature emergency research is more focused on dangerous source identification and risk assessment of the literature safety, and needs to be researched in aspects of intelligent decision and emergency treatment.
Disclosure of Invention
The invention aims to provide an intelligent decision-making and emergency disposal system for cultural relic security management, which is used for solving the problems.
In order to achieve the above purpose, the present invention adopts the following technical scheme:
the utility model provides an historical relic security management intelligence decision and emergency disposal system, includes case database module, case matching module, emergent plan library module, backstage management module, plan visualization flow management module and emergent disposal instruction developments generation module, case database module is used for storing historical relic security event typical case to carry out the structure classification management with typical case, case matching module is used for carrying out the case matching with Wen Bo incident, emergent plan library module is used for according to case matching result generation classification type hierarchical emergent plan to carry out overall pre-event prevention, in-event disposition and post-event recovery demand with emergent plan, backstage management module is used for carrying out edit management to each module of system, plan visualization flow management module is used for carrying out nimble configuration to the key element of the preliminary work of each role in the emergent plan, emergent disposal instruction developments generation module is used for generating and issuing the emergent disposal instruction of each role.
Preferably, the case database module comprises a case arrangement sub-module, a case retrieval sub-module and a case data display sub-module, wherein the case arrangement sub-module is used for arranging case data of different types, the case retrieval module is used for retrieving cases, and the case data display sub-module is used for carrying out statistical analysis on the case data and displaying statistical analysis results.
Preferably, the emergency plan library module comprises different-level pre-planning sub-modules, different-type pre-planning sub-modules, an emergency plan display sub-module, a plan checking sub-module and a plan data display sub-module, wherein the different-level pre-planning sub-modules are used for generating emergency plans of all levels of emergency events, the different-type pre-planning sub-modules are used for generating emergency plans of all types of emergency events, the emergency plan display sub-module is used for displaying the emergency plans, the plan checking sub-module is used for searching the emergency plans, and the plan data display sub-module is used for carrying out statistical analysis on emergency plan data and displaying statistical analysis results.
Preferably, the background management module comprises a case management configuration sub-module, a data case uploading sub-module, a case structuring sub-module, a plan management configuration sub-module, a plan uploading sub-module and a plan template sub-module, wherein the case management configuration sub-module is used for adding, modifying and deleting the content of case data, the data case uploading sub-module is used for uploading the case data, the case structuring sub-module is used for editing keywords, case brief introduction, case videos, case catalogues and case texts of cases, the plan management configuration sub-module is used for adding, modifying and deleting the content of emergency plan data, the plan uploading sub-module is used for uploading the emergency plan, and the plan template sub-module is used for generating a plan template and carrying out classification management on the plan template.
Preferably, the case matching of the Wen Bo emergency event and the typical case specifically includes the following steps:
a1, establishing a scene deduction rule base, and defining deduction rules of event scenes in each security event typical case;
a2, acquiring Wen Bo emergency events, extracting scene elements of the emergency events, searching and matching with event scenes in the scene deduction rule base, and extracting deduction rules successfully matched;
a3, substituting the extracted deduction rule into corresponding similar typical cases in turn, namely:
R th →S ky ＝{S k1 ，S k2 ，……，S ky }
wherein R is th Represents the extracted h deduction rule, S ky Representation and R th Matching the y-th similar case;
a4, rule R th Binding S ky Sequentially carrying out rule input instantiation processing;
a5, utilize R th ：A ro ＝f r (A ri ) Obtaining attribute values in the output rule;
a6, sequentially comparing the value of y with the corresponding attribute value in the case, and calculating the matching rate;
a7, comparing a preset threshold epsilon with the matching rate, and outputting a deduction rule that the matching rate is larger than the threshold;
and A8, executing a deduction rule, deducting Wen Bo a target scenario and an inference decision corresponding to the emergency, and sending the target scenario and the inference decision to an emergency plan library module to produce the emergency plan.
Preferably, the target scenario includes a scenario element of an emergency, a role instruction rule, a visual deduction flow, a dynamic deduction of a scenario instruction node management and safety event handling flow.
Preferably, the elements of the emergency plan comprise emergency event information, an emergency organization, emergency resources, an emergency response process and emergency guarantee; the emergency event information is used for describing event characteristics, is the basis for calling the emergency plan, and ensures the uniqueness and relevance of the emergency plan; the emergency organization mechanism is a main body for bearing the execution of an emergency plan; the emergency resource is a tool for executing an emergency task; the emergency response process is used for combining an execution action, an execution subject and an execution object, and is a core component of the emergency plan; the emergency guarantee is the whole process of emergency plan execution.
After the technical scheme is adopted, compared with the background technology, the invention has the following beneficial effects:
the invention provides an intelligent decision and emergency disposal system for cultural relic security management, which is characterized in that a decision reasoning engine is constructed by carrying out case matching on Wen Bo emergency events and typical cases, a target scene and a reasoning decision corresponding to the Wen Bo emergency events are deduced, scene deduction and effect evaluation of an emergency action plan are realized, emergency disposal instructions of each role are generated and issued, and the cooperative dispatching of multiple departments and the optimal allocation of emergency resources are realized rapidly when the cultural relic security emergency events occur, so that important guarantee is provided for cultural relic security work, and the security and efficiency of cultural protection are improved.
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Fig. 1 is a block diagram of the structure of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the following examples in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Examples
The invention discloses an intelligent decision and emergency disposal system for cultural relic security management, which is shown in a matched figure 1, and comprises a case database module, a case matching module, an emergency plan library module, a background management module, a plan visualization flow management module and an emergency disposal instruction dynamic generation module, wherein the case database module is used for storing typical cases of cultural relic security events and carrying out structured classification management on the typical cases, the case matching module is used for carrying out case matching on Wen Bo emergency events and the typical cases, the emergency plan library module is used for generating classified layered emergency plans according to case matching results, carrying out overall pre-event prevention, in-event disposal and post-event restoration requirements on the emergency plans, the background management module is used for carrying out editing management on each module of the system, the plan visualization flow management module is used for flexibly configuring the preset key elements of each role in the emergency plans, and the emergency disposal instruction dynamic generation module is used for generating and issuing emergency disposal instructions of each role.
The case database module comprises a case arrangement sub-module, a case retrieval sub-module and a case data display sub-module, wherein the case arrangement sub-module is used for arranging case data of different types, the case retrieval module is used for retrieving cases, and the case data display sub-module is used for carrying out statistical analysis on the case data and displaying statistical analysis results.
The emergency plan library module comprises different-level pre-planning sub-modules, different-type pre-planning sub-modules, an emergency plan display sub-module, a plan detection sub-module and a plan data display sub-module, wherein the different-level pre-planning sub-modules are used for generating emergency plans of all levels of emergency events, the different-type pre-planning sub-modules are used for generating emergency plans of all types of emergency events, the emergency plan display sub-module is used for displaying the emergency plans, the plan search sub-module is used for searching the emergency plans, the plan data display sub-module is used for carrying out statistical analysis on the emergency plan data, and statistical analysis results are displayed.
The background management module comprises a case management configuration sub-module, a data case uploading sub-module, a case structuring sub-module, a plan management configuration sub-module, a plan uploading sub-module and a plan template sub-module, wherein the case management configuration sub-module is used for adding, modifying and deleting the content of case data, the data case uploading sub-module is used for uploading the case data, the case structuring sub-module is used for editing the keywords, the case brief introduction, the case video, the case catalogue and the case text of the case, the plan management configuration sub-module is used for adding, modifying and deleting the content of emergency plan data, the plan uploading sub-module is used for uploading the emergency plan, and the plan template sub-module is used for generating a plan template and carrying out classification management on the plan template.
The case matching of Wen Bo emergency events and typical cases specifically comprises the following steps:
a1, establishing a scene deduction rule base, and defining deduction rules of event scenes in each security event typical case;
a2, acquiring Wen Bo emergency events, extracting scene elements of the emergency events, searching and matching with event scenes in a scene deduction rule base, and extracting deduction rules successfully matched;
a3, substituting the extracted deduction rule into corresponding similar typical cases in turn, namely:
R th →S ky ＝{S k1 ，S k2 ，……，S ky }
wherein R is th Represents the extracted h deduction rule, S ky Representation and R th Matching the y-th similar case;
a4, rule R th Binding S ky Sequentially carrying out rule input instantiation processing;
a5, utilize R th ：A ro ＝f r (A ri ) Obtaining attribute values in the output rule;
a6, sequentially comparing the value of y with the corresponding attribute value in the case, and calculating the matching rate;
a7, comparing a preset threshold epsilon with the matching rate, and outputting a deduction rule that the matching rate is larger than the threshold;
and A8, executing a deduction rule, deducting Wen Bo a target scenario and an inference decision corresponding to the emergency, and sending the target scenario and the inference decision to an emergency plan library module to produce the emergency plan.
The target scenario comprises a scenario element of an emergency, a role instruction rule, a visual deduction flow, a scenario instruction node management and dynamic deduction of a safety event handling flow.
The elements of the emergency plan comprise emergency event information, an emergency organization, emergency resources, an emergency response process and emergency guarantee; the emergency event information is used for describing event characteristics, is the basis for calling the emergency plan, and ensures the uniqueness and relevance of the emergency plan; the emergency organization mechanism is a main body for bearing the execution of an emergency plan; the emergency resource is a tool for executing an emergency task; the emergency response process is used for combining an execution action, an execution subject and an execution object, and is a core component of the emergency plan; the emergency guarantee is the whole process of emergency plan execution.
The present invention is not limited to the above-mentioned embodiments, and any changes or substitutions that can be easily understood by those skilled in the art within the technical scope of the present invention are intended to be included in the scope of the present invention. Therefore, the protection scope of the present invention should be subject to the protection scope of the claims.
Claims (7)
1. An intelligent decision and emergency disposal system for cultural relic security management is characterized in that: the emergency management system comprises a case database module, a case matching module, an emergency plan library module, a background management module, a plan visualization flow management module and an emergency disposal instruction dynamic generation module, wherein the case database module is used for storing typical cases of cultural relics security events and carrying out structural classification management on the typical cases, the case matching module is used for carrying out case matching on Wen Bo emergency events and the typical cases, the emergency plan library module is used for generating classified and layered emergency plans according to case matching results and carrying out overall pre-prevention, in-process disposal and post-recovery requirements on the emergency plans, the background management module is used for carrying out editing management on each module of the system, the plan visualization flow management module is used for carrying out flexible configuration on plan key elements of each role in the emergency plans, and the emergency disposal instruction dynamic generation module is used for generating and issuing emergency disposal instructions of each role.
2. The cultural relic security management intelligent decision and emergency disposal system according to claim 1, wherein: the case database module comprises a case arrangement sub-module, a case retrieval sub-module and a case data display sub-module, wherein the case arrangement sub-module is used for arranging case data of different types, the case retrieval module is used for retrieving cases, and the case data display sub-module is used for carrying out statistical analysis on the case data and displaying statistical analysis results.
3. The cultural relic security management intelligent decision and emergency disposal system according to claim 1, wherein: the emergency plan library module comprises different-level pre-planning sub-modules, different-type pre-planning sub-modules, an emergency plan display sub-module, a plan detection sub-module and a plan data display sub-module, wherein the different-level pre-planning sub-modules are used for generating emergency plans of all levels of emergency events, the different-type pre-planning sub-modules are used for generating emergency plans of all types of emergency events, the emergency plan display sub-module is used for displaying the emergency plans, the plan detection sub-module is used for searching the emergency plans, and the plan data display sub-module is used for carrying out statistical analysis on the emergency plan data and displaying statistical analysis results.
4. The cultural relic security management intelligent decision and emergency disposal system according to claim 1, wherein: the background management module comprises a case management configuration sub-module, a data case uploading sub-module, a case structuring sub-module, a plan management configuration sub-module, a plan uploading sub-module and a plan template sub-module, wherein the case management configuration sub-module is used for adding, modifying and deleting case data content, the data case uploading sub-module is used for uploading case data, the case structuring sub-module is used for editing keywords, case brief introduction, case videos, case catalogues and case texts of cases, the plan management configuration sub-module is used for adding, modifying and deleting emergency plan data content, the plan uploading sub-module is used for uploading emergency plan, and the plan template sub-module is used for generating a plan template and carrying out classification management on the plan template.
5. The intelligent decision and emergency handling system for cultural relic security management as defined in claim 1, wherein the case matching of Wen Bo emergency events with typical cases comprises the steps of:
a1, establishing a scene deduction rule base, and defining deduction rules of event scenes in each security event typical case;
a2, acquiring Wen Bo emergency events, extracting scene elements of the emergency events, searching and matching with event scenes in the scene deduction rule base, and extracting deduction rules successfully matched;
a3, substituting the extracted deduction rule into corresponding similar typical cases in turn, namely:
R th →S ky ＝{S k1 ，S k2 ，……，S ky }
wherein R is th Represents the extracted h deduction rule, S ky Representation and R th Matching the y-th similar case;
a4, rule R th Binding S ky Sequentially carrying out rule input instantiation processing;
a5, utilize R th ：A ro ＝f r (A ri ) Obtaining attribute values in the output rule;
a6, sequentially comparing the value of y with the corresponding attribute value in the case, and calculating the matching rate;
a7, comparing a preset threshold epsilon with the matching rate, and outputting a deduction rule that the matching rate is larger than the threshold;
and A8, executing a deduction rule, deducting Wen Bo a target scenario and an inference decision corresponding to the emergency, and sending the target scenario and the inference decision to an emergency plan library module to produce the emergency plan.
6. The cultural relic security management intelligent decision and emergency disposal system according to claim 5, wherein: the target scene comprises scene elements of an emergency, role instruction rules, visual deduction flow, scene instruction node management and dynamic deduction of a safety event handling flow.
7. The cultural relic security management intelligent decision and emergency disposal system according to claim 5, wherein: the elements of the emergency plan comprise emergency event information, an emergency organization, emergency resources, an emergency response process and emergency guarantee; the emergency event information is used for describing event characteristics, is the basis for calling the emergency plan, and ensures the uniqueness and relevance of the emergency plan; the emergency organization mechanism is a main body for bearing the execution of an emergency plan; the emergency resource is a tool for executing an emergency task; the emergency response is too high
The program is used for executing actions, executing a main body and combining an execution object, and is a core component of the emergency plan;
the emergency guarantee is the whole process of emergency plan execution.
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| CN117217967A (en) * | 2023-11-03 | 2023-12-12 | 北京数易科技有限公司 | Emergency plan deduction method, system and medium |
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| CN117217967A (en) * | 2023-11-03 | 2023-12-12 | 北京数易科技有限公司 | Emergency plan deduction method, system and medium |
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