By Sanjoy Paul
A different therapy of electronic video distribution expertise in a company context, electronic Video Distribution in Broadband, tv, cellular and Converged Networks explores more than a few diversified subject matters in the box via a mixture of concept and perform to supply the very best perception and publicity. The theoretical foundations within help a fuller knowing of the applied sciences utilized in perform, whereas real-world examples are correspondingly used to stress the applicability of thought within the advertisement world.
totally illustrated all through to assist clarify the elemental innovations of electronic media distribution, electronic Video Distribution in Broadband, tv, cellular and Converged Networks is split into 3 significant components beginning at the beginning with the fundamental developments which have been riding the adoption of video and making its distribution over the web an economically manageable solution.
this is often with element descriptions of demanding situations and suggestions in dispensing video in ‘open’ networks equivalent to the web. the ultimate half specializes in the demanding situations and ideas for allotting video in ‘closed’ networks akin to the controlled community of Telcos.
- Provides an A to Z of electronic video distribution that includes expertise, enterprise, examine, items and case reviews.
- Features study issues exploring P2P Streaming, electronic Video Distribution over Disruption-Tolerant Networks and Scalable Video on call for.
- Includes genuine global product descriptions on Transcoders, corresponding to Rhozet, and IPTV caliber of carrier tracking product, equivalent to Ineoquest.
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Additional resources for Digital Video Distribution in Broadband, Television, Mobile and Converged Networks: Trends, Challenges and Solutions
3 Encoding The goal of encoding is to represent the coefficients using as few bits as possible. This is accomplished in two steps. Run length coding (RLC) is used to do the first level of compression. Variable length coding (VLC) does the next level of compression. In fact, after quantization, the majority of high-frequency DCT coefficients become zeroes. Run length coding takes advantage of this by coding the high-frequency DCT coefficients before coding the low-frequency DCT coefficients so that consecutive number of zeroes is maximized.
Internet Protocol television, on the other hand, is the equivalent of the CableTV/SatelliteTV, except that it is handled by a telecom service provider. Thus the content available over IPTV is controlled by the telecom service provider and is out of reach for individuals from video content publication point of view. Moreover, just like CableTV, IPTV has geographic boundaries over which the content is accessible and from the business standpoint, the end-user is a customer of the telecom service provider.
Cost of bandwidth is reducing, thanks to fiber, WiFi: can transmit video files in real time. Cost of storage is reducing: can store high quality video files cost effectively. 1 Moore’s law enablers for digital convergence. 1 Open versus Closed Networks Challenges of distributing video, whether by progressive download or by streaming, are the same regardless of whether the network used for distribution belongs to the distributor or not [1–4]. However, the techniques used for mitigating the challenges differ based on whether the network is owned or not owned by the distributor.
Digital Video Distribution in Broadband, Television, Mobile and Converged Networks: Trends, Challenges and Solutions by Sanjoy Paul