Media asset docking system based on IPTV high load and automatic matching

Abstract

The invention discloses a media asset docking system based on IPTV high load and automatic matching. When multiple CPs simultaneously inject messages into contents issued by a broadcasting and television system, the broadcasting and television system allocates all information according to the condition of a server architecture, so that a server equally shares the service pressure; after a single server receives the assigned task, the single server enables a multi-threading technology, creates enough data queues, and also consumes the task, so that the data processing capability can be greatlyimproved. And meanwhile, editors of the broadcasting and television system can view all processing tasks in the management background and adjust the priority of task processing at any time according to the needs.

Description

technical field [0001] The present invention relates to the technical fields of IPTV, OTT, and mobile phone video, and specifically relates to an IPTV-based high-load, automatic matching media resource docking system. Background technique [0002] Many content providers (Content Providers, hereinafter referred to as CP) need to inject large quantities of produced media resource information into the broadcast control platform of radio and television. [0003] The business process for the existing CP to inject media information into the radio and television broadcast control system is: [0004] 1. CP organizes its own programs into data work orders according to the CCTV standard C2 interface specification. [0005] 2. The CP calls the content receiving interface of the radio and television, and sends the injection message to the broadcast control platform of the radio and television. [0006] 3. The broadcast control platform of radio and television arranges the injection me...

AI Technical Summary

Problems solved by technology

[0009] 1. The current system can only support the architecture of a single server. When the server goes down due to a problem, the operation and maintenance personnel need to manually enable the backup server, which will lead to temporary stagnation of business and loss of data

[0010] 2. The support provided by a single server is limited by the performance of the server, and there is also a bottleneck in the capacity expansion of this business, and with the increase of business volume, it is impossible to smoothly expand the capacity

[0011] 3. Since only one data queue can be processed, the performance of highly matched servers cannot be maximized, resulting in waste of resources

[0012] 4. Due to the low data processing capability of the system, when multiple CPs inject content into the radio and television platform at the same time, it will cause a large amount of data congestion, affecting the normal work of radio and television editors

[0013] 5. Due to the inconsistent development of CPs in various regions, although the same set of interface standards is adopted, the interface will make special adjustments to the database fields according to the different business needs of each region. When connecting, developers need to modify the interface code to adapt to different regions. The special data of CP increases the cost of docking, time-consuming and labor-intensive, which is not conducive to the stability and scalability of the code

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