CN110837620A - Advanced online database system for publishing and running model and hosting data - Google Patents
Advanced online database system for publishing and running model and hosting data Download PDFInfo
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- CN110837620A CN110837620A CN201911116210.6A CN201911116210A CN110837620A CN 110837620 A CN110837620 A CN 110837620A CN 201911116210 A CN201911116210 A CN 201911116210A CN 110837620 A CN110837620 A CN 110837620A
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Abstract
An advanced online database system for publishing and running models and hosting data involves an online sharing database system for models and data generated by published papers. The problem that no network platform is used for sharing models and managed data of paper publication at present is solved. The system comprises a database, a network terminal and a management terminal, wherein 1 to n programs (APP) are integrated in the database for a user to search and use; the network terminal is connected with the database management terminal and the Internet, receives the model or the data transmitted from the network by a user willing to share the model or the data, and uploads the model or the data to the management terminal so as to be converted into a program (APP); receiving a request of a user who wants to run or download the program, and transmitting a relevant result from the database to a network terminal of the user; the management terminal is connected with the network terminal and the database so as to manage and process the transmitted model or data, Add and Process Program (APP) calculation submitted by the user and download the APP calculation into the database.
Description
Technical Field
The present invention relates to an online database system, and more particularly, to an online sharing database system for models and data generated by published papers.
Background
Scientific results are often communicated in academic conferences or academic papers, which are often decentralized and difficult to translate into practice. It is to be understood that a knowledge base system is also formed at the same time. Both academic and industrial, it is highly desirable to develop advanced models and data based on these accumulated knowledge to enable the conversion and application of outcomes as quickly as possible. However, there is not yet a suitable network platform to share these models for the time being. Since the development of these models and data requires very specialized skills, the required interdisciplinary knowledge may lead to time and labor consuming whole development process, and the quality of model and data development by paper authors alone cannot be guaranteed.
Disclosure of Invention
The invention provides an advanced online database system for publishing and running models and managed data, which aims to solve the problem that no network platform is available for sharing the models and the managed data of paper publication at present. It includes:
the system comprises a database 1, wherein 1 to n programs (APP) are integrated in the database 1 for a user to search and use;
the network terminal 2 is connected with the database 1, the management terminal 3 and the internet 4, receives the model or the data transmitted from the network by the user who is willing to share the model or the data, and uploads the model or the data to the management terminal 3 so as to be converted into a program (APP); receiving a request of a user who wants to run or download a program (APP), and transmitting a relevant result from the database 1 to a network terminal 2 of the user;
and the management terminal 3 is connected with the network terminal 2 and the database 1 to manage and process the transmitted model or data, Add and Process Program (APP) calculation submitted by a user and download the APP into the database 1.
The present invention proposes a novel publishing model and online database system that hosts data and runs relative programs (APPs). The user may upload his or her own model or data to the database and access and/or use the existing model. Models and data must be based on published papers and developed into runnable applications. Each application program has its own features and can provide advanced functions and applications for research institutions and related industries. After knowledge is materialized (a model is converted into an application program), the developed application program can be operated through the online database, so that phenomena in different fields are strictly analyzed and optimized, and meanwhile, a large amount of computing resources are saved. In addition, scientific research results can be converted more quickly, and scientific knowledge can be better applied to actual life and production.
Drawings
Fig. 1 is a schematic structural view of the present invention.
Detailed Description
The first embodiment is as follows:
the invention is applicable to any paper that can propose a new mathematical model and perform accurate experimental verification on the new model, and in fact the mathematical model can come from any research field. The invention is also applicable to articles that relate to new databases, such as: flow stress data for aluminum alloys at different temperatures and strain rates.
Essentially, whenever a paper contains a series of formulas that predict a particular phenomenon, it is possible to develop these formulas as "applications" for access by the online databases presented herein. Similarly, papers containing new data are also applicable.
For example, in the geographic domain, a model may predict certain characteristics of a population (e.g., life expectancy) from certain input quantities (e.g., location, revenue). In the field of manufacturing, and in particular metal forming, the model predicts the post-forming strength of the part.
Theoretically, the scheme is suitable for the field of any digital knowledge product which can digitize the traditional ' knowledge ' into the forms of source codes/data/design drawings and the like, supports one-click ' repeated use of research/engineering technology users or other users, further realizes the rapid industrialized application of new knowledge, and greatly reduces the aims of repeated research and development period and cost. Assuming that in the field of astronomy, scientists issue a paper, a new mathematical model for calculating the motion trail of the asteroid is introduced, and other users can realize one-click application of the new mathematical model issued in the paper through the platform invented in the scheme, so that the research and development period and cost required by other research and development personnel for repeatedly developing the mathematical model can be greatly reduced.
Of course, the scheme is more suitable for the engineering field.
The present embodiment is described in detail below with reference to fig. 1, and includes: the system comprises a database 1, a network terminal 2 and a management terminal 3, wherein 1 to n programs (AAP) are integrated in the database 1 for a user to search and use; the network terminal 2 is connected with the database 1, the management terminal 3 and the Internet 4, receives the model or the data transmitted from the network terminal 4 by the user who is willing to share the model or the data, and uploads the model or the data to the management terminal 3 so as to be converted into a program (APP) and added into the database 1; the management terminal 3 can simultaneously accept or reject the request of the user who wishes to submit the program run or download the form, and the result is transmitted to the network terminal 2 of the user
The specific way of managing the uploaded model or data by the management terminal 3 is that an editing team of the database checks and verifies the mathematical model, further develops the mathematical model, converts the model or data into APP, and then issues the APP in the database 1. The management terminal 3 manages the submission by the user and the download from the database 1 at the same time.
Creating an application
Users willing to share a model or data are called authors. The editing team of the database 1 is responsible for auditing the model or data, further developing the model or data if necessary to make the model or data more complete and technical processing before release, and the developed model is released on the online data in a mode of being capable of running an application program. To upload a model or data developed based on a research result to a database, the author needs to provide the following information:
1. a mathematical model (source code) and a report comprising: theoretical basis of the model, experimental verification, peer review and cooperative developers.
2. The name of the model.
3. A brief description of the model, including the phenomena analyzed and the materials used. Once the model is uploaded, the author is informed that their model is being reviewed. In the personalized user center (network terminal 2), the user can check the auditing progress of the uploading model. The editing team will review the uploaded model and develop it into an application that can run on the online database. After the auditing process is completed, the application will be published in the database 1. The author will also be informed by the system that their mathematical model is now available to all users.
(II) running application program
The user of the database can also run or download the application program conveniently through the network terminal 2. The applications are divided into different categories and may run completely independently or with other compatible software packages.
1. When the option to access the application and run the calculations or downloads is selected:
the user will see a search bar for searching for an existing application at the network terminal 2;
when selecting an application program, based on the settings of an editing team, a user must fill in a form with a required value and attach a required file;
when submitting a task to the management terminal 3, the user can view the task progress in the user center.
2. When a user submits a computation or download task to an application:
a data packet is created, which contains numerical information input by a user and an uploaded file;
the data packet is sent to a secure server, and the server stores the compiled application program and a corresponding mathematical model; such as database 1.
The task requested by the user runs directly on this server;
after the task is completed, the result is sent to the user center of the network terminal 2 or attached to the mail in the form of a separate link.
The submission of the computing task and the running of the application program are automated in the background of the database. The database is equipped with a queuing system that minimizes downtime and maximizes system stability. The editing team is a system administrator and is responsible for monitoring task submission and running conditions; and the application program and the extended database thereof have complete read, write and modification rights. The uploaded or generated data may be further processed and analyzed, creating new additional value. And supports the submission of multiple programs (APPs) or downloads simultaneously.
The application developed based on knowledge is the core element of the database and the knowledge product. The database integrates advanced research results of various fields all over the world, so that the academic world and the industrial world can better apply the results, and the database can dynamically develop along with the time.
The second embodiment is as follows: compared with the implementation mode, the implementation mode further defines that when the user selects the application program on the network terminal 2, the task submission and running of the application program of the user are automatically realized through the management terminal 3, and the calculation result is automatically submitted.
Through the user interface program on the network terminal 2, the model or data uploading progress and the running progress of the application program can be checked in the personalized user center.
The model or data based program (APP) can run independently or with other compatible software packages.
When the user terminal selects to access the application on the network terminal 2, the uploaded or generated data is further processed and analyzed.
The third concrete implementation mode:
if a scientific paper suggests a new model and related equations for predicting post-forming strength of thin-walled aluminum alloy parts during hot forming. The input quantity of the model is the temperature evolution and deformation (strain) history of the part in the manufacturing process, and the output quantity is the final strength of the part.
Without this solution, the user needs to model and program himself according to the formula in the paper, which is not only time-consuming, but also prone to errors. With the scheme, the model proposed in the scientific paper is convenient to use in the form of application program (APP). By entering the relevant information, the user will be able to effectively use this program to generate results to determine the post-forming strength (output).
Claims (7)
1. An advanced online database system for publishing and running models and hosting data, comprising:
the system comprises a database (1), wherein 1 to n programs (APP) are integrated in the database (1) for a user to search and use;
the network terminal (2) is connected with the database (1), the management terminal (3) and the Internet (4), receives the model or the data transmitted from the user who is willing to share the model or the data, and uploads the model or the data to the management terminal (3) so as to be converted into the program (APP); receiving a request of a user who wants to run or download the program (APP), and transmitting a relevant result from the database (1) to a network terminal (2) of the user;
and the management terminal (3) is connected with the network terminal (2) and the database (1) so as to manage and process the transmitted model or data, add and process the program (APP) submitted by the user, calculate and download the program (APP) into the database (1).
2. An advanced online database system for publishing and running models and hosting data according to claim 1, characterized in that the specific way that the management terminal (3) manages the model or data that is uploaded is to the database editing team to audit the model or data, further to be treated as a technology before APP development and publishing.
3. An advanced online database system for publishing and running models and hosting data according to claim 1, characterized in that the technical process of the management terminal (3) before publishing the uploaded mathematical model is to complete the morphological transformation of the runnable application.
4. An advanced online database system for publishing and running models and hosting data according to claim 3, characterized in that when the user selects an application on the network terminal (2) and submits a running calculation or download, the work submission and running of the user application is automatically realized through the user interface program on the management terminal (3), and the result is automatically returned.
5. An advanced online database system for publishing and running models and hosting data according to claim 3, characterized in that model upload progress and running progress of the Application (APP) can be viewed at personalized user center through user interface program on the network terminal (2).
6. An advanced online database system for publishing and running models and hosting data according to claim 3, characterized in that the model or data generation based Application (APP) runs independently or together with other compatible software packages.
7. An advanced online database system for publishing and running models and hosting data according to claim 3, characterized in that the data uploaded or generated by the user by means of selective access applications on the network terminal (2) is further processed and analyzed.
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| CN107766940A (en) * | 2017-11-20 | 2018-03-06 | 北京百度网讯科技有限公司 | Method and apparatus for generation model |
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| CN102223420A (en) * | 2011-07-07 | 2011-10-19 | 河南科技大学 | Digital content distribution method for multimedia social network |
| JP2013218743A (en) * | 2013-07-31 | 2013-10-24 | Okinawa Institute Of Science And Technology Graduate Univ | Network model integration device, network model integration system, network model integration method, and program |
| WO2015159131A1 (en) * | 2014-04-17 | 2015-10-22 | Yogesh Chunilal Rathod | Platform for enabling integrating, accessing, hosting & executing of source codes of 3rd parties and sharing associate generated revenue |
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