The Construction And The Application Of Non-linear Editing Production Network System In Heze TV Station

In recent years, radio and television industry is the most talked about non-linear editing production network, it can be said to be for some time video technology development and the focus of people's attention. It is precisely because of its appearance, making China's television program production and broadcast system in the digitalization and networking in the process of transition has played a positive role in promoting this.Heze development of digital television from television, digital TV platform construction plans proceed, the decision to build non-linear editing production network. Nonlinear editing network integration of nonlinear editing system and the common advantages of the network, helping improve the efficiency of Taiwan, all on-line real-time sharing of resources, but also for the editors of art opened up a vast area.First, this paper the development of digital TV and digital TV introduced by the television program production triggered by way of reform.Through the non-linear editing Heze television production network-building programs, the focus of non-linear editing systems and networks is how to integrate into a digital program production and broadcast editors at the core of the integration system.This paper also described in detail the system used in the D~3-EDIT multi-format packaging technology and rapidly mixed with FC (Fiber Channel) + dual-Gigabit Ethernet network structure, disk array technology, the CPU + GPU + I/O + DSP software codec technology, and other key technologies.This paper studies the nonlinear editing in the Construction of the production network system in the process of how to improve the network's program production capacity and program materials, efficient sharing capabilities, super-capacity storage capacity at the center of security and reliable performance. By adding new cards have advanced editing station, without editing station and other parts of cards is met with columns of the existing program production requirements, and meet the future technology development and progress needs.