2015
DOI: 10.11591/ijece.v5i3.pp531-538
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Design and Realization of Multiplexing System for Fixed/Mobile Next-Generation Broadcasting Service in Network Free Environment

Abstract: <p>The Current broadcasting enviroment is constally evolving in order to meet the various needs of the viewer such as ColorTV, 3D, HD, UHD TV serivce.  And they want to broadcasting the same quality in the fixed and mobile enviroment for high definition braodcasting serive. In this paper, we presnet a design and implementation  of muilplexing  system for fixed/mobile next generation broadcasting service in network free enivorment. Network free means receive both the broadcasting channel and communication… Show more

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“…Therefore, these quantities are also used to describe the digital television (DTV) received signal quality [3]- [5]. As one of DTV standards [6], DVB-T2 [7], [8] has adopted in many countries. Improving the reception-quality can be carried-out by several schemes, such as by implementing a MISO (multiple-input single-output) technique [9] at the transmitting-side, deploying a SFN (single-frequency-network) [10], [11] or OCR (on-channel repeater) [12], [13] in the network segment, or employing a multiple-antenna (MA) method [14], [15] at the receiving-end.…”
Section: Introductionmentioning
confidence: 99%
“…Therefore, these quantities are also used to describe the digital television (DTV) received signal quality [3]- [5]. As one of DTV standards [6], DVB-T2 [7], [8] has adopted in many countries. Improving the reception-quality can be carried-out by several schemes, such as by implementing a MISO (multiple-input single-output) technique [9] at the transmitting-side, deploying a SFN (single-frequency-network) [10], [11] or OCR (on-channel repeater) [12], [13] in the network segment, or employing a multiple-antenna (MA) method [14], [15] at the receiving-end.…”
Section: Introductionmentioning
confidence: 99%