![ATSC / Digital subchannel / Digital television / High-definition television / Orthogonal frequency-division multiple access / Orthogonal frequency-division multiplexing / Channel allocation schemes / OSI protocols / Broadcast engineering / Radio resource management / Software-defined radio / Electronic engineering ATSC / Digital subchannel / Digital television / High-definition television / Orthogonal frequency-division multiple access / Orthogonal frequency-division multiplexing / Channel allocation schemes / OSI protocols / Broadcast engineering / Radio resource management / Software-defined radio / Electronic engineering](https://www.pdfsearch.io/img/87cdb145fdce177688bbd179d31f3027.jpg)
| Document Date: 2011-11-24 07:57:11 Open Document File Size: 221,17 KBShare Result on Facebook
City Miami / Monticello / New York / / Company Uplink OFDMA Systems / ISCE / Multiuser Cooperative OFDM Networks / Multiuser OFDMA Systems / OFDMA / / / Facility Monticello / Electronics Engineering Is¸ık University / / IndustryTerm iterative waterfillinglike algorithm / wireless channels / Wireless Commun / typical wireless / iterative algorithm / multicell systems / projected subgradient algorithm / user water-filling type solution / low-complexity algorithm / subgradient algorithm / channel non-adaptive protocols / water-filling type solution / forward protocol / Wireless Networks / time division protocol / faster iterative algorithm / / Organization pentagon / Onur Kaya Department of Electrical / Electrical and Electronics Engineering Is¸ık University / / Person Onur Kaya / / Product iRiver H10 Portable Audio Device / / ProvinceOrState Texas / Pennsylvania / Illinois / Florida / / SportsEvent skl / / Technology projected subgradient algorithm / channel non-adaptive protocols / full-duplex / iterative waterfillinglike algorithm / proposed algorithm / subgradient algorithm / Iterative Power Allocation Algorithm / proposed algorithms / iterative algorithm / low-complexity algorithm / faster iterative algorithm / two algorithms / using the subgradient algorithm / /
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