Method and device for configuring business subsystem in television station production system

Abstract

The invention provides a device and device for configuring a business subsystem in a television station production system. The device comprises a subsystem resource configuration module and a subsystem building module, wherein the subsystem resource configuration module is used for configuring corresponding business subsystem resources according to a business request provided by a terminal device and outputting the corresponding business subsystem resources to the subsystem building module; and the subsystem building module is used for building the corresponding business subsystem according to the input business subsystem resources and returning the corresponding business subsystem to the terminal device providing the business request. By using a cloud computing resource pool, virtualization, distribution and other technologies, according to a layered architecture of hardware source pooling, core service platformization and production system virtualization, the invention realizes that the computation is provided, IT resources are integrated and multiple items of businesses of an application are provided oriented to broadcast and television programs, thus a business product production and delivery mode of plug and play is provided for a television station production system user.

Description

technical field [0001] The invention relates to a radio and television program production system, in particular to a configuration device and method for a business subsystem in a television station production system. Background technique [0002] The current TV station production system is based on the entire station network architecture and networked production technology, which corresponds to the core structure and various business subsystems of the station's business, and basically realizes the standardized networked production construction and specification of TV stations, and realizes production automation and The whole process is paperless and tapeless. According to their own scale and business conditions, TV stations at all levels can basically realize building block system construction, such as figure 1 shown. [0003] However, there are still some shortcomings in the existing TV station production system with the whole network structure: [0004] (1) There are st...

AI Technical Summary

Problems solved by technology

For example, the private network connection technology used between several scattered TV stations cannot effectively utilize the increasingly fast-growing public network resources; the storage, computing and other resources included in the off-site production system are designed by off-site relatively independently. Therefore, unified allocation and management cannot be carried out. Therefore, in most cases, production system users can only operate local limited resources; data operations and material and program interactions with other units are mainly based on indirect operation modes (including file retrieval, migration and copying, and file warehousing); due to the lack of unified management portal planning, the needs for access to branch systems, mobile systems, and mobile users need to be planned and processed separately, so the existing production system construction High complexity and difficult to maintain later

[0006] (2) There are still limitations in meeting multiple core requirements at the same time

Under the system of the same unit, because it is impossible to achieve network linkage (that is, resource sharing and simultaneous broadcasting between the production network in the TV station and the Internet), it is impossible to quickly use existing resources to seamlessly support the new media system, so it cannot be efficiently implemented. The video and audio content data in the new media system is brought back, which constitutes a waste of equipment and personnel

However, under different organizational systems, the efficiency of providing video and audio content to the outside world is low, and it takes a long time for secondary format conversion and content transmission and exchange, resulting in waste of resources

[0008] The second is the limitation of content collection and distribution support

The collection of video and audio content is mainly based on the digital serial interface (SDI, Serial Digital Interface), so the sources of program materials are limited; and due to the lack of data trading portals, the promotion of valuable materials only stays in participating in program alliances and program fairs. Potential users (such as professional TV program production agencies, advertising agencies, etc.) lack channels to understand information, so the channels for data reuse are extremely limited

[0009] The third is the limitation of support for new program formats

However, the business system of the existing network-wide architecture is relatively closed, and it is difficult to provide support for this model.

[0010] (3) There are limitations to quick business response

[0011] It cannot meet the needs of real-time production and reporting of programs, so as to respond quickly to social hot spots, and quickly mobilize resources (equipment and manpower) to produce and produce corresponding programs anytime, anywhere, and report them

[0012] (4) There are still limitations to the balance of resource utilization and business scalability

Although the existing TV program production system can barely support the business, it obviously cannot meet the needs of fast and efficient production. Therefore, it cannot provide powerful production tools to support it, resulting in a large number of repetitive system constructions and leading to the system "" High carbon operation"

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