Teaching material content structured packaging technology based on document type standard

Abstract

The invention discloses a textbook content structured packaging technology based on a document type standard, relates to the technical field of textbook content structured packaging, and aims to solve the technical problem that an existing digital textbook system cannot meet core application requirements of new-generation digital publishing and digital education. The gateway cluster is connected with a service cluster center, an authentication center used for communication authentication, and a service registration configuration management center cluster used for managing service registration configuration. The service registration configuration management center cluster is connected with a service monitoring center used for monitoring the service process, the service monitoring center obtains a service list through the service registration configuration management center cluster, and the service cluster center is connected to the service registration configuration management center cluster. The method has the advantage of realizing structured packaging of the textbook content.

Description

Technical Field

[0001] The present invention relates to the technical field of structured packaging of teaching material content, and more specifically, to a structured packaging technology of teaching material content based on document-type standards. Background Art

[0002] The technology of text book content structured packaging based on document standards is a technology that sorts, classifies and organizes text book content according to specific document standards and structures. This technology aims to improve the readability, manageability and reusability of text book content, and facilitate users to find, understand and use text book information.

[0003] The existing digital textbook system development front-end and back-end still use outdated monolithic technology architecture, and the editing technology uses streaming rich media editors, which cannot meet the core application requirements of the new generation of digital publishing and digital education. The monolithic architecture integrates all functional modules into one project. When the system scale and the number of users increase, the performance problem of a certain module may affect the performance of the entire system, resulting in low system efficiency. Monolithic applications are difficult to achieve dynamic allocation and optimization of resources, which may lead to waste of resources and inability to fully utilize hardware and computing resources. The system has poor scalability and is difficult to cope with high concurrency and large traffic requirements. The system is prone to performance bottlenecks and stability problems under high load. It does not pay attention to system data and the analysis of the data level is too simple, so the system cannot be continuously optimized based on data analysis. In view of this, we propose a structured packaging technology for textbook content based on document standards. Summary of the invention

[0004] The purpose of the present invention is to provide a structured packaging technology for teaching material content based on document-type standards to solve the technical problem that the existing digital teaching material system cannot meet the core application requirements of the new generation of digital publishing and digital education.

[0005] To solve the above technical problems, the present invention provides the following technical solutions: a document-based standard-based teaching material content structured packaging technology, including a gateway cluster;

[0006] The gateway cluster is connected to a service cluster center, and the gateway cluster is connected to an authentication center for communication authentication, the gateway cluster is connected to a service registration configuration management center cluster for managing service registration configuration, the service registration configuration management center cluster is connected to a service monitoring center for monitoring the service process, the service monitoring center obtains a service list through the service registration configuration management center cluster, the service cluster center is connected to the service registration configuration management center cluster, and the service cluster center is connected to a database, a cache service system for data caching, a data retrieval service system for data retrieval, and a distributed resource storage service system for distributed resource storage, and data retrieval service system, cache service system and database are synchronized through a data synchronization system.

[0007] The present invention designs a service cluster center, through which service requests can be clustered and analyzed, thereby realizing the structured encapsulation of teaching material content. The cloud native architecture uses microservices as the main development framework, integrating core components such as gateway service control, message queues, ES search engines, and service fuse degradation. Each sub-application is encapsulated and deployed through containerization technology, and the system is provided with orchestration and scheduling between services. Automatic operation and maintenance is realized in the operation and maintenance stage, and the form of paper-based teaching materials can be retained in a digital form, and digital resources can be directly presented in digital teaching materials, forming a truly complete, systematic, and intelligent system knowledge product.

[0008] Preferably, the service cluster center includes a service cluster system A, a service cluster system B and a heterogeneous cluster service system that integrate multiple service channels, and the service cluster center discovers services and obtains data configuration content and then sends it to the service registration configuration management center cluster;

[0009] The service cluster system A and the service cluster system B are used to register services and send them to the service registration configuration management center cluster.

[0010] Preferably, the heterogeneous cluster service system is connected to a distributed task scheduling system, and the heterogeneous cluster service system is used to register services and send them to the distributed task scheduling system, and the distributed task scheduling system is used to schedule tasks from within the heterogeneous cluster service system.

[0011] Preferably, the service registration configuration management center cluster includes a service discovery and registration system for service discovery and registration, a dynamic DNS service system for implementing dynamic DNS, and a service metadata management system for managing service metadata.

[0012] Preferably, the service registration configuration management center cluster implements service type scheduling and determines the specific service type through a service discovery and registration system, a dynamic DNS service system and a service metadata management system.

[0013] Preferably, the data synchronization system obtains data from the database and sends the data to the data retrieval service system and the cache service system.

[0014] Preferably, the service cluster center is connected to a link monitoring service center for link monitoring of data, a log integration system for integrating logs, and a message queue middleware for processing message queues. The link monitoring service center collects data from the gateway cluster and the service cluster center and implements link monitoring. A message queue connection component is connected between the service cluster center and the message queue middleware.

[0015] Preferably, the link monitoring service center includes a service request tracking system for tracking service requests, a cross-service request tracking system for tracking cross-service requests, a service monitoring fault tolerance processing system for processing service monitoring fault tolerance, and a large-scale cluster management system for implementing large-scale cluster management.

[0016] Compared with the prior art, the present invention has the following beneficial effects:

[0017] 1. The present invention designs a service cluster center, through which service requests can be clustered and analyzed, thereby realizing the structured encapsulation of teaching materials content. The cloud native architecture uses microservices as the main development framework, integrating core components such as gateway service control, message queues, ES search engines, and service fuse degradation. Each sub-application is encapsulated and deployed through containerization technology, and orchestration and scheduling between services are provided for the system. Automatic operation and maintenance is realized in the operation and maintenance stage, which can retain the form of paper-based teaching materials in digital form, and directly present digital resources in digital teaching materials, forming a truly complete, systematic, and intelligent system knowledge product.

[0018] 2. The present invention also designs a link monitoring service center, tracks and processes service requests and cross-service requests through a service request tracking system, a cross-service request tracking system, a service monitoring fault-tolerant processing system and a large-scale cluster management system, and implements service monitoring fault-tolerant processing, thereby achieving the effect of cluster management of large-scale service requests. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the system framework of the present invention;

[0020] Figure 2 A schematic diagram of the system framework of the service registration configuration management center cluster of the present invention;

[0021] Figure 3 It is a schematic diagram of the system framework of the link monitoring service center of the present invention.

[0022] Description of the numbers in the figure:

[0023] 1. Gateway cluster; 2. Authentication center; 3. Service registration configuration management center cluster; 301. Service discovery and registration system; 302. Dynamic DNS service system; 303. Service metadata management system; 4. Service monitoring center; 5. Link monitoring service center; 501. Service request tracking system; 502. Cross-service request tracking system; 503. Service monitoring fault-tolerant processing system; 504. Large-scale cluster management system; 6. Service cluster system A; 7. Service cluster system B; 8. Heterogeneous cluster service system; 9. Distributed task scheduling system; 10. Log integration system; 11. Message queue middleware; 12. Distributed resource storage service system; 13. Data retrieval service system; 14. Cache service system; 15. Database; 16. Data synchronization system. DETAILED DESCRIPTION

[0024] like Figure 1-Figure 3 As shown, the present invention relates to a structured packaging technology of textbook content based on document-type standards, including a gateway cluster 1, the gateway cluster 1 is connected to a service cluster center, and the gateway cluster 1 is connected to an authentication center 2 for communication authentication, the gateway cluster 1 is connected to a service registration configuration management center cluster 3 for managing service registration configuration, the service registration configuration management center cluster 3 is connected to a service monitoring center 4 for monitoring the service process, the service monitoring center 4 obtains a service list through the service registration configuration management center cluster 3, the service cluster center is connected to the service registration configuration management center cluster 3, and the service cluster center is connected to a database 15, a cache service system 14 for realizing data caching, a data retrieval service system 13 for retrieving data and a distributed resource storage service system 12 for distributed resource storage, and data retrieval service system 13, cache service system 14 and database 15 are synchronized through a data synchronization system 16.

[0025] In an embodiment of the present invention, the service cluster center includes a service cluster system A6 that integrates multiple service channels, a service cluster system B7 and a heterogeneous cluster service system 8, and the service cluster center discovers services and obtains data configuration content and sends it to the service registration configuration management center cluster 3. The service cluster system A6 and the service cluster system B7 are used to register services and send them to the service registration configuration management center cluster 3. The heterogeneous cluster service system 8 is connected to a distributed task scheduling system 9, and the heterogeneous cluster service system 8 is used to register services and send them to the distributed task scheduling system 9. The distributed task scheduling system 9 is used to schedule tasks from within the heterogeneous cluster service system 8.

[0026] In an embodiment of the present invention, the service registration configuration management center cluster 3 includes a service discovery and registration system 301 for service discovery and registration, a dynamic DNS service system 302 for implementing dynamic DNS, and a service metadata management system 303 for managing service metadata. The service registration configuration management center cluster 3 implements service type scheduling through the service discovery and registration system 301, the dynamic DNS service system 302 and the service metadata management system 303, and determines the specific service type.

[0027] In the embodiment of the present invention, the data synchronization system 16 obtains data from the database 15 and sends the data to the data retrieval service system 13 and the cache service system 14 .

[0028] In an embodiment of the present invention, the service cluster center is connected to a link monitoring service center 5 for link monitoring of data, a log integration system 10 for integrating logs, and a message queue middleware 11 for processing message queues. The link monitoring service center 5 collects data from the gateway cluster 1 and the service cluster center and implements link monitoring. A message queue connection component is connected between the service cluster center and the message queue middleware 11. The link monitoring service center 5 includes a service request tracking system 501 for tracking service requests, a cross-service request tracking system 502 for tracking cross-service requests, a service monitoring fault tolerance processing system 503 for processing service monitoring fault tolerance, and a large-scale cluster management system 504 for implementing large-scale cluster management.

[0029] Based on the document-type standard textbook content structured packaging technology, combined with cloud-native and cutting-edge front-end technology, we independently develop digital textbooks that can be integrated and produced in dual-mode layout / streaming. They can independently and quickly integrate multimedia resources, digital interactive exercises, etc., which can greatly improve the efficiency of digital editing and effectively improve the single streaming presentation of textbooks under the previous "rich media editor". The textbook content entry and layout editing are "deconstructed" from the "digital textbook" production process, which greatly improves production efficiency and improves the layout quality of textbooks.

[0030] The embodiments of the present invention disclose preferred embodiments, but are not limited thereto. A person skilled in the art can easily understand the spirit of the present invention based on the above embodiments and make different extensions and changes. However, as long as they do not deviate from the spirit of the present invention, they are all within the protection scope of the present invention.

Claims

1. A structured packaging technology for teaching material content based on document-type standards, characterized in that: including a gateway cluster (1); The gateway cluster (1) is connected to a service cluster center, and the gateway cluster (1) is connected to an authentication center (2) for communication authentication, the gateway cluster (1) is connected to a service registration configuration management center cluster (3) for managing service registration configuration, the service registration configuration management center cluster (3) is connected to a service monitoring center (4) for monitoring the service process, the service monitoring center (4) obtains a service list through the service registration configuration management center cluster (3), the service cluster center is connected to the service registration configuration management center cluster (3), and the service cluster center is connected to a database (15), a cache service system (14) for implementing data caching, a data retrieval service system (13) for retrieving data, and a distributed resource storage service system (12) for distributed resource storage, and data synchronisation is performed between the data retrieval service system (13), the cache service system (14) and the database (15) through a data synchronisation system (16).

2. According to the document-based standard teaching material content structured packaging technology of claim 1, it is characterized in that: The service cluster center includes a service cluster system A (6) integrating multiple service channels, a service cluster system B (7) and a heterogeneous cluster service system (8), and the service cluster center discovers services and obtains data configuration content and then sends it to the service registration configuration management center cluster (3); The service cluster system A (6) and the service cluster system B (7) are used to register services and send them to the service registration configuration management center cluster (3).

3. The document-based standard-based teaching material content structured packaging technology according to claim 2, characterized in that: The heterogeneous cluster service system (8) is connected to a distributed task scheduling system (9), and the heterogeneous cluster service system (8) is used to register services and send them to the distributed task scheduling system (9), and the distributed task scheduling system (9) is used to schedule tasks from within the heterogeneous cluster service system (8).

4. The document-based standard-based teaching material content structured packaging technology according to claim 1, characterized in that: The service registration configuration management center cluster (3) includes a service discovery and registration system (301) for service discovery and registration, a dynamic DNS service system (302) for implementing dynamic DNS, and a service metadata management system (303) for managing service metadata.

5. The document-based standard-based teaching material content structured packaging technology according to claim 4, characterized in that: The service registration configuration management center cluster (3) implements service type scheduling and determines specific service types through a service discovery and registration system (301), a dynamic DNS service system (302) and a service metadata management system (303).

6. The document-based standard-based teaching material content structured packaging technology according to claim 1, characterized in that: The data synchronization system (16) obtains data from the database (15) and sends the data to the data retrieval service system (13) and the cache service system (14).

7. The document-based standard-based teaching material content structured packaging technology according to claim 1, characterized in that: The service cluster center is connected to a link monitoring service center (5) for link monitoring of data, a log integration system (10) for integrating logs, and a message queue middleware (11) for processing message queues. The link monitoring service center (5) collects data from the gateway cluster (1) and the service cluster center and implements link monitoring. A message queue connection component is connected between the service cluster center and the message queue middleware (11).

8. The document-based standard-based teaching material content structured packaging technology according to claim 7, characterized in that: The link monitoring service center (5) includes a service request tracking system (501) for tracking service requests, a cross-service request tracking system (502) for tracking cross-service requests, a service monitoring fault tolerance processing system (503) for processing service monitoring fault tolerance, and a large-scale cluster management system (504) for implementing large-scale cluster management.

Images