CN111383002A - Wheat molecular breeding data sharing platform based on cloud architecture - Google Patents
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Abstract
The invention relates to a wheat molecular breeding data sharing platform based on a cloud architecture, which comprises a cloud server, a management system, a portal system and a display system, wherein the management system is in signal connection with the cloud server; the information transmitted between the management system and the cloud server comprises the establishment of a database, user registration, password modification and mechanism setting, so that the safety of the platform is ensured, and the maintainability of system functions and interfaces is improved; the database is matched with various data characteristics according to the structural characteristics of specific germplasm, mutants, genetic groups and wheat molecular assisted breeding data; the portal system comprises a login module, a data collection module, an issuing module and an inquiry module; the information transmitted between the login module and the cloud server comprises a user account, a login password and a login verification message; the information transmitted between the display system and the cloud server comprises data display, graph display and information switching functions; the data sharing platform can realize a system architecture integrating a portal system, background management and data result display.
Description
Technical Field
The invention belongs to the technical field of wheat data management, and particularly relates to a wheat molecular breeding data sharing platform based on a cloud architecture.
Background
Wheat is an important grain crop in the world, and is planted in large areas in all large crop production areas in the world. In China, particularly in northern areas, the yield of winter wheat accounts for about 56 percent of the total yield of wheat in China. The high and stable yield of wheat is of great significance to solve the worldwide food crisis.
Wheat breeding refers to the purposeful and planned acquisition of new wheat varieties required by people by using gene recombination (excellent characters are separated or various excellent characters are gathered together through gene separation, free combination or linkage exchange) according to own wishes. With the completion of whole genome sequencing of wheat over the years, the research of wheat molecular biology generates massive data. In the prior art, no special platform is used for sorting, collecting and analyzing the data, so that the data cannot be known and used by more people, and information transmission and experience communication and sharing are influenced.
Disclosure of Invention
In view of this, the invention aims to provide a wheat molecular breeding data sharing platform based on a cloud architecture to solve the problem that data generated by wheat molecular biology research in the prior art cannot be well utilized by people.
In order to achieve the purpose, the technical scheme adopted by the wheat molecular breeding data sharing platform based on the cloud architecture is as follows:
wheat molecular breeding data sharing platform based on cloud architecture comprises:
a cloud server;
a management system: the management system is in signal connection with the cloud server;
the information transmitted between the management system and the cloud server comprises the establishment of a database, user registration, password modification and mechanism setting, so that the safety of the platform is ensured, and the maintainability of system functions and interfaces is improved;
the database is matched with various data characteristics according to the structural characteristics of wheat molecule-assisted breeding data such as specific germplasm, mutants, genetic groups, molecular markers and the like;
a portal system: the portal system is in signal connection with the cloud server and comprises a login module, a data collection module, a release module and an inquiry module;
the information transmitted between the login module and the cloud server comprises a user account, a login password and a login verification message;
a display system: the display system is in signal connection with the cloud server;
the information transmitted between the display system and the cloud server comprises data display, graph display and information switching functions;
the data sharing platform is respectively communicated with the management system, the portal system and the display system through the cloud server, and a three-in-one system architecture of the portal system, the background management and the data result display is realized.
Has the advantages that: according to the invention, through the arrangement of the wheat molecule breeding data sharing platform based on the cloud architecture, the uploading and downloading of the wheat molecule breeding data, the comprehensive query of different types of data, and finally the sharing and distribution of the data, the integration function platform of internet access, downloading, industry information popularization and the like are realized.
Furthermore, the management system also comprises a system resource optimization module, and the system resource optimization module realizes a highly decoupled program design architecture among a data structure, a service mode and a user interface through a field-driven design development mode and by combining a dependency injection technology, a layered system technology and an identity recognition technology.
Has the advantages that: the stability of the data sharing platform is guaranteed, meanwhile, the safety and the usability are improved, the requirements of high concurrent reading and writing, high expansibility and usability, high-efficiency reading and writing of mass data, transaction consistency, reading and writing real-time performance and the like in a wheat molecular breeding data heterogeneous mode are met, the problems of storage and execution efficiency of structural data and non-structural data in the sharing platform are solved, and massive data query and analysis are achieved.
The query module is provided with a user-defined query condition so as to accurately match the data information to be searched.
Has the advantages that: through the setting of the user-defined query conditions, the user can accurately query data according to the specific conditions of the user, so that the data information to be searched is accurately matched.
The database is provided with built-in data analysis functional interfaces for data comparison analysis, difference analysis, correlation analysis and the like.
Has the advantages that: the data value and the use efficiency are improved.
The management system is provided with multi-role management, and comprises a system administrator, a government department, a scientific research institution, farmers, agriculture-related enterprises and agricultural experts.
Has the advantages that: the use objects of the data sharing platform are increased, and the multi-role browses, releases and communicates information on the data management platform, so that the use value of the data sharing platform is increased.
Drawings
FIG. 1 is a diagram of a wheat molecular breeding data sharing platform based on a cloud architecture.
Detailed Description
The following describes in detail a specific embodiment of the cloud architecture-based wheat molecular breeding data sharing platform according to the present invention with reference to the accompanying drawings and specific embodiments:
conventionally, in wheat breeding, gene recombination (by gene separation, free combination or chain exchange to separate excellent characters or to concentrate various excellent characters) is used to purposefully and programmatically obtain new wheat varieties required by people, for example, in cold regions, cold-resistant wheat needs to be planted, in drought regions, drought-resistant wheat needs to be planted, and in multi-disease regions, wheat with strong disease resistance needs to be planted.
The wheat molecular breeding data sharing platform based on the cloud architecture integrates information such as specific germplasm, mutants, genetic groups, molecular markers, genes, molecular assisted breeding and the like related to biology and breeding, and uploading and downloading of regional test, approval and gene sequencing data of varieties. The functions of real-time distribution, experience sharing and the like are efficient utilization and experience sharing of comprehensive information resources of wheat. As shown in fig. 1, the wheat molecular breeding data sharing platform based on the cloud architecture comprises a cloud server, a management system, a portal system and a display system, wherein the management system, the portal system and the display system are respectively in signal connection with the cloud server, and the data sharing platform is in information transmission with the management system, the portal system and the display system through the cloud server, so that the system architecture integrating portal system, background management and data result display is realized.
Specifically, the information transmitted between the management system and the cloud server includes establishment of a database, user registration, password modification, and organization setting. The database is matched with various data characteristics according to the structural characteristics of wheat molecule assisted breeding data such as specific germplasm, mutants, genetic groups, molecular markers and the like, and performs read-write optimization design on mass data. The database is matched with various data characteristics according to the multidimensional characteristics of the wheat molecular breeding data, and the database realizes the storage of data resources through the collection and formatting of the wheat gene breeding data, thereby providing more complete data support for various queries. Moreover, the database is provided with built-in data analysis functional interfaces such as data comparison analysis, difference analysis and correlation analysis, and data value and use efficiency are improved.
The management system ensures the safety of the platform and improves the maintainability of system functions and interfaces through background configuration functions such as user registration, password modification, mechanism setting and the like.
The management system also comprises a system resource optimization module, and the system resource optimization module realizes a highly decoupled program design architecture among a data structure, a service mode and a user interface through a field-driven design development mode, combined with a dependency injection, a layered system and an identity recognition technology. The system resource optimization module ensures the stability of the data sharing platform, improves the safety and the usability, meets the requirements of high concurrent reading and writing, high expansibility and usability, high-efficiency reading and writing of mass data, transaction consistency, reading and writing real-time property and the like in a wheat molecular breeding data heterogeneous mode, solves the problems of storage and execution efficiency of structural data and non-structural data in the sharing platform, and realizes large-batch data query and analysis.
The portal system comprises a login module, a data collection module, a release module and an inquiry module. The information transmitted between the login module and the cloud server comprises a user account, a login password and a login verification message, and when the login module detects the login operation of the account, the account and the password corresponding to the account are sent to the cloud server, so that the cloud server feeds back the login verification message. The cloud server performs unified management on the data of the data sharing platform, and the user logs in the cloud server to perform identity authentication.
The user account authority of the login module comprises: system administrators, government departments, scientific research institutions, farmers, agriculture-related enterprises, and agricultural experts; the system administrator is responsible for development, operation and maintenance of the system and can carry out batch operation on the wheat molecular breeding data sharing platform; farmers upload information such as climate characteristics, adopted wheat seeds, harvest conditions and the like of the regions and the regions, and can also issue relevant problems of the wheat seeds; the agriculture-involved enterprises are responsible for providing agricultural services such as chemical fertilizers and pesticides for farmers when sowing wheat. The government part can carry out overall planning on the sowing area and harvest of the wheat in the land in the district over the year, so that the overall prevention and control and the resource allocation are convenient, and the browsing function of a wheat molecular breeding data sharing platform can be used; a scientific research institution monitors the plots for planting wheat for a long time, analyzes the corresponding correlation among the land, the wheat and the remote sensing image, and can use the browsing function of a wheat molecular breeding data sharing platform; the agricultural experts analyze wheat seeds, fertilization, irrigation, climatic conditions and wheat yield adopted by farmers, and can use a publishing module of a wheat molecular breeding data sharing platform to publish relevant data.
And in a preset time, if the login module receives a login verification message sent by the cloud server, determining whether the account has login authority or not according to the login verification message, wherein the verification message comprises login passing and login failure. That is, when the verification message received by the login module passes login, the account is judged to have login authority, the wheat molecular breeding data sharing platform can be successfully logged in, and when the verification message received by the login module fails login, the account is judged to have no login authority, and the wheat molecular breeding data sharing platform cannot be accessed.
The release module can create a release task in the release module when a user wants to release a message on the wheat molecular breeding data sharing platform, for example, the user identity is a farmer, and can know the cold resistance condition of wheat according to the variety of the wheat, so that when the wheat striking water starts to be irrigated, and what kind of chemical fertilizer is provided during irrigation, so that an involved enterprise can know the requirements of the farmer through the wheat molecular breeding data sharing platform, and professional service is provided.
After the release task is created, a data collection module is displayed on a display system of the data sharing platform, and a user enters data to be released into the data collection module. It should be noted that the data collection module may be different according to different types of messages issued by the user, and is determined according to actual situations, which is not limited in the present invention.
After a user finishes data entry in the data collection module according to the format required by the interface, the publishing operation can be further executed, the publishing module acquires the data to be published from the data collection module and sends the data to be published to the cloud server, the cloud server stores all data of the agricultural data sharing platform, and meanwhile the cloud server supports the data sharing platform to call the wheat data in real time.
In the invention, the data sharing platform can be a PC (personal computer), a terminal device with a display function such as a smart phone, a tablet personal computer and a portable computer, and the wheat molecular breeding data sharing platform comprises a plurality of modules and realizes agricultural data sharing together with a cloud server.
The wheat molecular breeding data sharing platform is used for realizing that: the method has the advantages that the wheat data are shared and exchanged among government departments, scientific research institutions, farmers, agriculture-related enterprises and agricultural experts, the purpose of information interconnection and intercommunication is achieved, the polarity of the environment of wheat crops is effectively monitored, the wheat growth is achieved to achieve the best growth environment and scientific fertilization, the wheat is enabled to obtain higher yield, and the income of farmers is increased.
Certainly, a user can also perform information query in a query module of the wheat molecular breeding data sharing platform to realize the functions of data sharing distribution, downloading and data access, for example, a breeding expert can analyze the reaction conditions of wheat seeds to different climates according to the relevant data of wheat seeds, climates and wheat yield adopted by farmers in the query module and further improve the wheat seeds, so that the wheat seeds can adapt to a wider area, can adapt to more severe climates and have higher yield. In order to accurately match the data information to be searched and display the data information by a friendly user operation interface and a chart, the query conditions can be customized in the query module according to the query requirements of different users.
The information transmitted between the display system and the cloud server comprises data display, graph display and information switching functions. After the cloud server receives the instructions of other modules, the display system is controlled to display corresponding data, and the data change can be seen more visually by matching with corresponding graphic display. In the embodiment, the information switching function is realized through the information switching module, when a user browses messages on the wheat molecular breeding data sharing platform and clicks a menu or a key of an interface to trigger interface switching operation, the switching module determines the ID of the interface to be switched to prepare for interface switching. The switching module sends the ID of the interface to be switched to the cloud server so that the cloud server feeds back the interface data of the ID of the interface to be switched, and the switching interface is displayed according to the interface data of the ID of the interface to be switched.
In the preset time, the switching module successfully receives the interface data sent by the cloud server, and the display device connected with the data sharing platform displays the interface data according to a preset display format, namely displays the interface to be switched, wherein the preset format is determined by a wheat molecule breeding data sharing platform frame and a display style.
In the embodiment, the interface ID to be switched is determined through the switching module and is sent to the cloud server, and when the switching module successfully receives the interface data sent by the cloud server, the interface data is displayed on the display device connected with the data sharing platform according to the preset display format, so that the data sharing is realized.
The invention designs and develops a wheat molecular breeding data sharing platform around the central goal of management, application and maintenance of the wheat molecular breeding data sharing platform, realizes the construction of databases matched with various data characteristics aiming at the multidimensional characteristics of wheat molecular breeding data, realizes the warehousing of data resources by the collection and formatting treatment of wheat gene breeding data, can customize query conditions according to query requirements, accurately matches data information to be searched, designs a login module and a display system, and finally realizes a three-in-one system architecture of a portal system, background management and data result display.
In the above embodiment, the management system further includes a system resource optimization module, where the system resource optimization module implements a highly decoupled program design architecture among the data structure, the service mode, and the user interface through a domain-driven design development mode, in combination with a dependency injection, a hierarchical system, and an identity recognition technology; in other embodiments, the management system can also realize the requirements of high concurrent reading and writing, high expansibility and usability, high-efficiency reading and writing of mass data, transaction consistency, reading and writing real-time property and the like in the heterogeneous mode of the wheat molecular breeding data by continuously developing a new data sharing platform without setting a system resource optimization module.
In the above embodiment, the query module is provided with a custom query condition to accurately match data information to be searched; in other embodiments, the wheat molecular breeding data sharing platform can be provided with only a fixed query entry.
In the above embodiment, the database is provided with data analysis functional interfaces for internal data comparison analysis, difference analysis, correlation analysis, and the like; in other embodiments, the database may not be provided with a built-in data analysis functional interface for data comparison analysis, difference analysis, correlation analysis, and the like.
In the above embodiment, the management system sets multi-role management, including system administrators, government departments, scientific research institutions, farmers, agriculture-related enterprises, and agricultural experts; in other embodiments, the management system may be configured with a limited number of roles including system administrators, scientific research institutions, and farmers.
Claims (5)
1. Wheat molecule breeding data sharing platform based on cloud framework, characterized by includes:
a cloud server;
a management system: the management system is in signal connection with the cloud server;
the information transmitted between the management system and the cloud server comprises the establishment of a database, user registration, password modification and mechanism setting, so that the safety of the platform is ensured, and the maintainability of system functions and interfaces is improved;
the database is matched with various data characteristics according to the structural characteristics of wheat molecule-assisted breeding data such as specific germplasm, mutants, genetic groups, molecular markers and the like;
a portal system: the portal system is in signal connection with the cloud server and comprises a login module, a data collection module, a release module and an inquiry module;
the information transmitted between the login module and the cloud server comprises a user account, a login password and a login verification message;
a display system: the display system is in signal connection with the cloud server;
the information transmitted between the display system and the cloud server comprises data display, graph display and information switching functions;
the data sharing platform is respectively communicated with the management system, the portal system and the display system through the cloud server, and a three-in-one system architecture of the portal system, the background management and the data result display is realized.
2. The cloud architecture-based wheat molecular breeding data sharing platform of claim 1, wherein the management system further comprises a system resource optimization module, and the system resource optimization module implements a highly decoupled programming architecture among the data structure, the business method, and the user interface through a domain-driven design development mode in combination with a dependency injection, a hierarchical system, and an identification technology.
3. The cloud architecture-based wheat molecule breeding data sharing platform according to claim 1 or 2, wherein the query module is provided with a custom query condition to precisely match data information to be searched.
4. The cloud architecture-based wheat molecule breeding data sharing platform according to claim 1 or 2, wherein the database is provided with a built-in data analysis functional interface for data comparison analysis, difference analysis, correlation analysis and the like.
5. The cloud architecture-based wheat molecular breeding data sharing platform according to claim 1 or 2, wherein the management system is configured for multi-role management, including system administrators, government departments, scientific research institutions, farmers, agriculture-related enterprises, and agricultural experts.
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