CN113297372B - Intelligent system for quickly constructing scheme - Google Patents
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- CN113297372B CN113297372B CN202110385989.2A CN202110385989A CN113297372B CN 113297372 B CN113297372 B CN 113297372B CN 202110385989 A CN202110385989 A CN 202110385989A CN 113297372 B CN113297372 B CN 113297372B
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Abstract
The invention discloses an intelligent system for quickly constructing a scheme.A user system module in the intelligent system comprises user information, a user tag and a user scheme storage area; the user scheme storage area stores user scheme information; classifying users according to the fields to which the users belong, and adding labels for the users, wherein the users with the same label belong to the same field. The scheme construction center is provided with a shared data area, and modules for integration, pushing, feedback, settlement and the like are responsible for storing the scheme information uploaded by the original user, then pushed to other users in the same field, integrated according to the comment contents of the other users, and calculated according to the contribution degree of the settlement module to the user. And the scheme publishing module is responsible for publishing the executable scheme to a scientific user or an original user. The invention can integrate unknown and infeasible schemes into executable schemes, plays an active role in promoting the generation of the schemes, and reduces the defects of no communication and less communication of the required schemes.
Description
Technical Field
The invention relates to the field of management and application of information fusion, in particular to an information fusion management and application system for quickly constructing a scheme.
Background
In real life, due to the problems of different knowledge levels, different individual comprehension abilities and the like, the ideas of most people only stay in the stage of ideas and cannot be well presented. The reason why the solution cannot be realized is various, such as lack of active guidance, lack of capability of realizing the solution, etc., which all cause that most of innovative ideas cannot be changed into a tool for really pushing social development, so that a platform for generating executable schemes by communicating ideas is lacked.
Compared with common communication platforms in real life, such as learners and forums, users can publish their own opinions and ideas and other users comment on the opinions and ideas. Information transmission and information acquisition between users can be achieved, and user ideas, opinions and the like cannot be constructed into an executable scheme. For example, students may wish to communicate with their own ideas, but also may rely on communication with teachers to look up relevant documents, and closing doors to build vehicles, which may not be a great interest.
Disclosure of Invention
In order to solve the problems in the background art, the present invention provides an intelligent system for quickly constructing a solution, which can quickly construct and generate an executable solution according to a concept and a solution provided by a user.
An intelligent system for quickly constructing a scheme comprises a user system module, a scheme construction center and a scheme publishing module.
The user system module stores user information, sets different labels for users according to the field types input by the users, and the users submit original schemes to the user scheme storage area and then upload the original schemes to the scheme construction center.
The scheme construction center comprises a shared data area, an integration module, a push module, a feedback module and a settlement module;
the integration module firstly splits the scheme information uploaded by an original user into topic, relation and target information triplets: the topic is the topic of the scheme, the target is the finally achieved requirement of the scheme, and the relationship is the specific realization of the user from the topic to the target; and then pushing the scheme information triples to other users under the same label, commenting the scheme by other users, pushing the content of the comment to an integration module, splitting according to the information triples, randomly combining with the information triples of the original scheme, carrying out semantic analysis on the combined information and the original scheme, ensuring that the combined regeneration scheme is close to the original scheme, discarding the shared data area which is not close to the original scheme, and uploading the integration log of the regeneration scheme to a shared data area for storage. Comparing the regeneration schemes with the domain knowledge stored in the shared data area one by one, and selecting three regeneration schemes through phrase paraphrase analysis; and then, uniformly pushing the three regeneration schemes to other users and original users under the same label, voting by the users, and combining the construction of a scheme construction center and the voting participation of all the users to obtain an executable scheme.
And the pushing module is responsible for all pushing tasks of the scheme construction center.
And the feedback module is in charge of continuously feeding back the regeneration scheme generated by the integration module to the original user, and the original user performs auxiliary judgment on the regeneration scheme to improve the feasibility of the regeneration scheme.
The settlement module is responsible for splitting the executable scheme and the original user holding scheme into topic, relation and target information triplets, and split scheme information is not specifically described sentences but two groups of keywords: the key words of the executable scheme and the key words of the scheme held by the original user are matched to the same key words by judging the matching degree of the key words of the executable scheme and the key words of the scheme held by the original user, the contribution degree is added with ten percent, the contribution degrees of other users are calculated, and the original user always holds the highest contribution degree which is fifty-one percent.
The invention has the beneficial effects that: the scheme construction center ensures the intellectualization and the rapidity of the scheme construction process, pushes the scheme information of the original user to other users with the same label by utilizing a splitting and recombining mechanism which accords with the grammatical rules, obtains an executable scheme through the joint participation of the scheme construction center and other users, and releases the executable scheme to a variable presentation unit or the original user in the related field, thereby providing a powerful support for the circulation of the scheme.
Drawings
FIG. 1 is a block diagram of a user system module;
FIG. 2 is a block diagram of the system of the present invention;
FIG. 3 is a diagram of a user and scenario building core relationship.
Detailed Description
The embodiments of the present invention will be described in further detail with reference to the accompanying drawings. The invention provides an intelligent system for quickly constructing a scheme, which comprises a user system module, a scheme construction center, a scheme publishing module and the like.
The user system module is used for setting user information and user labels, and the user scheme storage area is used for storing scheme information to be uploaded, and the scheme information can be information to be realized, such as scheme initial, innovation points, ideas and the like. The user system module description is as shown in fig. 1, user information, user tags, and user schemes are set, and then the user information, the user tags, and the user schemes can be uploaded to the scheme construction center.
As shown in fig. 2 and fig. 3, after receiving the above information, the shared data area of the solution construction center stores the user information, and creates a data space according to the user information, where the data space stores the original solution information and the regeneration solution information and the integration log of the regeneration solution that are subsequently pushed to the data space; selecting other user lists needing to be pushed according to the user tags; and the shared data area downloads corresponding domain knowledge from the Internet according to the user tags and stores the domain knowledge in the user data space.
The original recipe information is then pushed to the integration module. Firstly, the integration module splits the original scheme into information triples, and meanwhile, the pushing module pushes the original scheme according to other user lists generated by user tags and marks the pushed users. After receiving the pushed original scheme, other users analyze the scheme information, and provide comments conforming to the scheme development, and the comments are completed by the users. The pushing module pushes the comment information to the integrating module. Because the original user scheme information and the contents of other user comments are sentences, the sentences cannot be directly integrated, and too much mixed sentences can increase the consumption capacity of the integration module, the comment contents received by the integration module are split into information triples which are randomly combined with the original scheme triples, the combined scheme and the original scheme are subjected to lexical meaning analysis, the combined regeneration scheme is ensured to be close to the original scheme, the reproduction scheme which is not close to the original scheme can be discarded by the shared data area, and the integration log of the regeneration scheme is uploaded to the shared data area for storage. And then comparing the regeneration schemes with the domain knowledge stored in the shared data area one by one, selecting three regeneration schemes through phrase paraphrase analysis, uniformly pushing the information of the three schemes to other users and original users under the same label, voting by the users, and combining the construction of a scheme construction center and the voting participation of all the users to obtain an executable scheme. After the executable scheme is generated, the settlement module starts to execute, the executable scheme and the scheme uploaded by the original user carry out topic, relation and target information triple splitting, the split scheme information is not specifically described any more, but two groups of keywords are provided, namely keywords of the executable scheme and keywords of the scheme held by the original user, the settlement module matches the keywords of the executable scheme and the keywords of the scheme held by the original user to the same keywords by judging the matching degree of the keywords of the executable scheme and the keywords of the scheme held by the original user, the contribution degree is added by ten percent, the contribution degrees of other users are calculated, and the original user always has the highest contribution degree which is fifty percent. The executable schema is then pushed to the schema publishing module.
The technical change ability indexes of a user group consisting of technical companies need to be considered by the scheme issuing module, the technical change ability indexes of the user group are comprehensively evaluated by starting from the aspects of Baidu encyclopedia, technical product display, future product planning and the like of the technical companies, then companies with strong change ability are selected to issue executable schemes to the users, whether scheme change strategies are carried out on the users or not is selected by the users of the technical companies, and when the users of the technical companies select to change, the contribution degree provided by the settlement module provides certain income for the users with contribution values, so that the fairness of scheme construction is ensured; the scheme publishing module also can publish the executable scheme to the original user, and the original user completes the scheme requirement.
Example (b):
the user system module sets the user information to Zhang III, the user label is a database, and the storage medium with the best user scheme for storing a large number of files can be a file system.
The user system module transmits the contents to a shared data area of a scheme construction center, the shared data area develops a data space belonging to Zhang III according to the user information of Zhang III, and the data space stores an original scheme belonging to Zhang III and a regeneration scheme and regeneration scheme integration log. And generating a list of other users who belong to the database label according to the label of the database. The method comprises the steps that an integration module of a scheme construction center reads a user scheme, firstly, information triples are split, a topic is to store a large number of files, a target is a storage medium, the storage medium can be a file system, at the moment, the information triples are still in the integration module, and other user lists receive an original scheme. Users can make comments, for example, it may not be enough to comment on a large number of file storage file systems, suggesting a distributed database storage. The integration module reads the comment content and splits the comment content into information triples, topics are a large number of files, the relation is a distributed database, and the target is storage. And meanwhile, combining the triples of the original scheme and the triples of the user comment contents to generate a regeneration scheme, namely storing a large number of files by using a distributed database, conforming to the original scheme through word meaning analysis, and simultaneously comparing the generated regeneration scheme with the field knowledge stored under the label to obtain the development and the application of the distributed database, judging that the regeneration scheme is more in line with the current requirements, sending the regeneration scheme to the original user through a feedback module, and performing auxiliary judgment by the original user. When the number of the regeneration schemes is large, three regeneration schemes are selected and are submitted to voting decision of all users, and then an executable scheme is obtained. The simultaneous reproduction scheme is stored in the data space of one third along with the consolidated record for subsequent contribution calculation. And after calculating the contribution value of the participating user, the settlement module distributes the executable scheme to the original user or the scientific and technological user through the scheme distribution module to complete the construction and the distribution of the scheme. The executable scheme may employ a distributed database for storage of large numbers of files.
The above examples are only for describing the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and various modifications and improvements made to the technical solution of the present invention by those skilled in the art without departing from the spirit of the present invention should fall within the protection scope defined by the claims of the present invention.
Claims (5)
1. An intelligent system for rapidly constructing a scheme is characterized by comprising a user system module, a scheme construction center and a scheme publishing module;
the user system module stores user information, sets different labels for users according to the field types input by the users, and the users submit original schemes to a user scheme storage area and then upload the original schemes to a scheme construction center;
the scheme construction center comprises a shared data area, an integration module, a push module, a feedback module and a settlement module;
the system comprises an integration module, a matching module and a matching module, wherein the integration module is used for splitting scheme information uploaded by an original user into topic, relation and target information triples; then pushing the scheme information triple to other users under the same label, commenting the scheme by other users, pushing the content of the comment to an integration module, splitting according to the information triple, randomly combining with the information triple of the original scheme, carrying out semantic analysis on the randomly combined information and the original scheme, ensuring that the combined regeneration scheme is close to the original scheme, and simultaneously uploading an integration log of the regeneration scheme to a shared data area for storage; comparing the regeneration schemes with the domain knowledge stored in the shared data area one by one, and selecting three regeneration schemes through phrase paraphrase analysis; then, the three regeneration schemes are uniformly pushed to other users and original users under the same label, the users vote, and an executable scheme is obtained by combining the construction of a scheme construction center and the voting participation of all the users;
the pushing module is responsible for all pushing tasks of the scheme construction center;
the feedback module is in charge of continuously feeding back the regeneration scheme generated by the integration module to the original user, and the original user performs auxiliary judgment on the regeneration scheme to improve the feasibility of the regeneration scheme;
the settlement module is responsible for splitting the executable scheme and the original user holding scheme into topic, relation and target information triplets, and split scheme information is not specifically described sentences but two groups of keywords: the key words of the executable scheme and the key words of the scheme held by the original user are matched to the same key words by judging the matching degree of the key words of the executable scheme and the key words of the scheme held by the original user, the contribution degree is added and increased, and the contribution degree of other users is calculated.
2. The intelligent system for rapid construction of solutions according to claim 1, wherein the shared data area downloads the corresponding domain knowledge from the internet according to the uploaded user tags, and then stores the domain knowledge in the shared data area.
3. The intelligent system for rapidly building schemes according to claim 1, wherein the settlement module matches the scheme keywords held by the original user to the same keywords by judging the matching degree of the executable scheme keywords and the scheme keywords, the contribution degree is added by ten percent, thereby calculating the contribution degrees of other users, and the original user always holds the highest contribution degree, which is fifty percent.
4. The intelligent system for rapidly building schemes of claim 1, wherein topics in the information triples are topics of the schemes, the target is the finally achieved requirement of the schemes, and the relationship is the specific implementation of the user from the topic to the target.
5. The intelligent system for rapid construction of solutions of claim 1, wherein in the integration module, the randomly combined regeneration solution is close to the original solution, and if not, is discarded in the shared data area.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106952014A (en) * | 2017-02-10 | 2017-07-14 | 南京航空航天大学 | A kind of battle plan optimization method based on Military Simulation device |
| CN109800375A (en) * | 2018-12-15 | 2019-05-24 | 深圳壹账通智能科技有限公司 | Information integrates dissemination method, device, computer equipment and storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106952014A (en) * | 2017-02-10 | 2017-07-14 | 南京航空航天大学 | A kind of battle plan optimization method based on Military Simulation device |
| CN109800375A (en) * | 2018-12-15 | 2019-05-24 | 深圳壹账通智能科技有限公司 | Information integrates dissemination method, device, computer equipment and storage medium |
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