Sichuan Television Master Control System Research And Design

Today’s society is an information technology, digital, networked society, highlydeveloped digital technology, network technology society. Traditional broadcasttelevision technology can not meet the development needs of today’s the country’s majortelevision stations.Digital, networking is the today’s inevitable development direction ofthe radio and television industry. In this paper, Sichuan TV master control system as theresearch object, which detailed description of the master control system components andtheir basic functions of each subsystem, the design and implementation of programs.Expounded in Sichuan Television Master Control system design which design safe andreliable as the first element, give full consideration to digital tv technology, computernetwork technology and other modern technology in the field of sophisticated tvapplication. Follow the safe, reliable, advanced, practical, scalable, high-quality,networking principles,they use the current more mature digital, networked, intelligenttechnology and reliable performance broadcast television industry equipment. After ayear of actual operation, Sichuan TV master control system, successful completion ofthe fourth anniversary of large-scale live5.12, Sichuan TV2012New Year’s Eveconcert, Chinese Tibetan song signal scheduling, transmission work, achieve thebeginning of system design requirements, in entier signal scheduling, transmission playsa very important role in its.This thesis consists of the following aspects of the constitution: First, understandthe master control system and digital TV history and future direction of development;Second, Sichuan TV master control system requirements analysis; Third, the author didnot participate in the construction of the master Control System subsystem research,analysis, identify its position relative to the same type of the system’s advanced; four,focusing on the master control subsystem personally involved in the design of thematrix system, matrix visualization switching and satellite receiving system design andimplementation; V. concludes in its entirety made for future work prospects...