Media file hostling method capable of regulating priority level dynamically and in real time
A media file, real-time dynamic technology, applied in electrical components, image communication, selective content distribution, etc., can solve the problem of affecting broadcast security, adjusting the order and priority of media preparation, media files unable to prepare and broadcast video servers on time, etc. It can improve the accuracy and safety, solve the problem of dynamic adjustment, and avoid the hidden danger of broadcasting.
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Embodiment 1
[0026] This embodiment is a method for preparing media files that can dynamically adjust priorities in real time. The system used in the method includes: a broadcast video server with storage, a secondary storage for broadcast, a near-line storage for broadcast, and multiple Migration cluster, maintenance management server, playbill editor, and database composed of three migration servers. The system as figure 1 shown.
[0027] The steps of the method are as follows:
[0028] The step of updating the program list in real time: the preparation management server receives the latest program list to be broadcast in real time, and saves the latest program list to be broadcast in the database. The method described in this embodiment is applied in the broadcasting process of the TV station, and once the broadcasting process is started, it is a continuous process under normal circumstances. There are constantly new program lists entering the preparation management server for prepar...
Embodiment 2
[0051] This embodiment implements the improvement of the first embodiment, which is the refinement of the first embodiment about the closing time. The closing time described in the present embodiment is calculated as follows:
[0052] The closing time of the video server is: n×Ta+C,
[0053] Where: Ta is the duration of the program, n is the coefficient of the migration time, and C is the protection time of the program in the video server.
[0054] The closing time of broadcast secondary storage is: (m×Ta+E)+(n×Ta+C),
[0055] Among them: Ta is the duration of the program, m is the efficiency of program preparation to the secondary storage, E is the protection time of the program in the secondary storage, n*Ta+C is the closing time of the program in the video server.
[0056] Both E and C in the above formula are constants, which are the margin protection time, and C is the protection time of the video server. Considering that the migration efficiency of program files is relat...
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