By Wolfgang Hoeg, Thomas Lauterbach
Digital Audio Broadcasting revised with the most recent criteria and updates of all new developments
The new electronic broadcast procedure kinfolk is particularly varied from current traditional broadcast structures. it truly is standardised in a lot of records (from ITU-R, ISO/IEC, ETSI, EBU, and others) that are usually tough to learn. This booklet bargains a finished and entirely up to date evaluation of electronic Audio Broadcasting (DAB, DAB+) and electronic Multimedia Broadcasting (DMB), and similar prone and functions. additionally, the authors proceed to construct upon the themes of the former versions, together with audio coding, info prone, receiver concepts, frequencies, and so on. There are a number of new sections within the publication, which might be another way tricky to find from quite a few sources.
- The contents were considerably up to date from the second one version, together with updated assurance of the most recent standards
- Contains a brand new bankruptcy on electronic Multimedia Broadcasting
- “Must-have” guide for engineers, builders and different pros within the field
This booklet may be of curiosity to making plans and method engineers, builders for pro and household gear brands, carrier services, postgraduate scholars and teachers in communications expertise. Broadcasting engineers in comparable fields also will locate this booklet insightful.
Read or Download Digital Audio Broadcasting: Principles and Applications of DAB, DAB + and DMB PDF
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Extra resources for Digital Audio Broadcasting: Principles and Applications of DAB, DAB + and DMB
The first DABrelated standard was achieved for audio coding in 1993, when the International Organisation for Standardisation/International Electrical Commission (ISO/IEC) released the International Standard IS 11172-3 comprising MPEG/Audio Layers I, II and III [IS 11172]. Also in 1993 ETSI adopted the basic DAB standard ETS 300 401, with several additional standards following later (now replaced by [EN 300401]). 1130] relating to satellite and terrestrial digital audio broadcasting, recommending the use of Eureka 147 DAB mentioned as ‘Digital System A’.
Utilising the concept of PRCs the system is very flexible and can be extended to data transmission and multimedia contents. This is important because the lifetime of the satellites is approximately 15 years. 3 Satellite Systems in the United States In the United States there is no allocation for digital radio in the L-band, but in the S-band. e. except Alaska and Hawaii). Siriusradio]. XMRadio]. Nevertheless terrestrial retransmitters are also widely used, in particular in metropolitan and mountainous areas.
Since January 2000 the Eureka 147 consortium has fully merged with the WorldDAB Forum. The WorldDAB Project Office moved from Geneva to London in 1998 and has also acted for Eureka 147 since 1999. WorldDAB]. Later on the WorldDAB Forum changed its name to WorldDMB Forum, an international non-government organisation whose objective it is to coordinate the implementation of all Eureka147-based technologies, such as DAB, DAB+ and DMB. It has expert committees on technical, regulatory and marketing issues, as two regional committees with emphasis to Europe and Asia.
Digital Audio Broadcasting: Principles and Applications of DAB, DAB + and DMB by Wolfgang Hoeg, Thomas Lauterbach