System Overview
Networking is an inevitable trend of the development of the radio and television industry. The media asset system can change the school ’s original stacking tape management model, providing a reliable way for the school ’s real-time problems such as the preservation of audiovisual materials and resource sharing and utilization Provide room for technological development and management progress.
System performance
1. Streamlined and practical media asset system
On the basis of ensuring the effective management of media materials and facilitating their reuse, this system tries to ensure that the system is simple, easy to operate, and simple to maintain.
2. Close integration with production
Media materials can be easily exchanged between the media asset system and the non-editing network. The materials downloaded to the non-editing network can be directly registered on the network, and can be used by any non-editing workstation on the network, not limited to The designated workstation.
3. Cross-platform application between multiple systems
This system can realize cross-platform applications between multiple systems, support asset archiving and cataloging under the Windows operating system, and can perform material retrieval, calling, browsing, downloading and other operations on the Apple Mac platform.
4. System function authority
In the process of media data management, the division of labor among different staff may be different. This system can customize the settings for the actual situation of each account usage function, thereby further optimizing the management of the system usage process.
5. Intelligent storage management
The system can set up multiple storage areas, and intelligently identify the storage space according to the size of the storage space and the type of asset when importing assets, so that the storage space is optimally managed and utilized.
6. Material level
The secret level can be set for each media asset, which is tentatively divided into 5 levels, namely 1, 2, 3, 4, 5. The higher the value, the higher the asset's secret level, and users with higher permissions can access . Corresponding to the secret level of media assets, each user also sets its "browsable material level", and users with high-level browsing rights can browse low-level materials.
7. Material type
In radio and television applications, materials produced by one department usually do not want to be browsed or used by other program production departments. Therefore, in addition to defining the secret level of media assets, it is also necessary to define its material type. Such as: news, advertising, sports, etc. Each user must have the corresponding type of browsing rights to retrieve and browse or download the material.
8. Extensive material management
The types of media assets that the system can manage include not only video and audio files, but also all files in the production process of film and television programs such as pictures, documents, and engineering files.
9. Object-based program management
The management of media assets by the system is carried out in an object way, and the cataloging information of a program and related high and low code stream files, pictures, project files, etc. are packaged into an object for unified management.
10. Download media assets
In the process of retrieving and invoking media assets, it can be simply edited online to intercept the required program content and download assets, saving users time and space resources. In addition, key frames can be used to quickly locate the desired asset content
11. Flexible search methods
The system provides flexible and diverse retrieval methods. Users can perform quick search based on program names and keywords, or perform comprehensive queries based on various conditions such as program classification, author, and storage time. They can also define common search conditions as searchers to achieve rapid comprehensive condition query
12. Support multiple storage architectures
The system supports online storage using network structures such as SAN and NAS. Supports near-line and offline storage methods such as optical disc towers, tape drives, and data streaming tape libraries. This not only provides users with great flexibility and convenience, but also meets users' large-capacity storage needs.
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