Description: OFDMA上行链路频偏干扰消除的所有算法总结
都是很经典的算法-OFDMA uplink frequency offset interference cancellation of all algorithms is very classic algorithm summary Platform: |
Size: 1492992 |
Author:LILI |
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Description: OFDMA subchannel allocation has been wellstudied.
However, most of the available literature considers a
single cell system without cochannel interference. We present a
novel intercell interference avoidance scheme, in which the
downlink OFDMA subchannels are allocated through intercell
coordination in a multicell environment. The proposed scheme not
only aims to achieve maximized network throughput but also
focuses on providing improved throughput for cell or sector edge
users that are most affected by intercell interference Platform: |
Size: 311296 |
Author:sim |
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Description:
SIC for OFDMA. The file has a figure for showing the effect of Successive interference canceller in an OFDMA system for an uplink transmission with 4 users transmitting in blocks of 4 subcarriers towards the base station. Platform: |
Size: 4096 |
Author:myinviziblebox |
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Description: We propose a distributed technique for downlink interference management
in overlay femtocell-macrocell deployments operating in the same channel under
OFDMA access. The proposed target function is the weighted sum rate, which
preserves relative QoS between users. Platform: |
Size: 1013760 |
Author:Pikachu |
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Description: Intercell Interference Coordination in OFDMA
Networks and in the 3GPP Long Term Evolution
System Platform: |
Size: 641024 |
Author:chand |
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Description: To fully exploit wireless radio resource and, thus,
increase spectrum efficiency, cognitive radios shall sense wire-
less environments and identify interference to allow opportunis-
tic transmissions for secondary systems. Based on Chen et al.
in their work about a terminal architecture for cognitive radio
networks, by further obtaining transmission information with a
rate–distance nature that is extended an overlay concept,
secondary systems can even leverage busy duration of primary
systems to enhance the opportunity to use spectrum under de-
rived tolerable interference to the primary orthogonal frequency-
division multiple access (OFDMA) system.-To fully exploit wireless radio resource and, thus,
increase spectrum efficiency, cognitive radios shall sense wire-
less environments and identify interference to allow opportunis-
tic transmissions for secondary systems. Based on Chen et al.
in their work about a terminal architecture for cognitive radio
networks, by further obtaining transmission information with a
rate–distance nature that is extended an overlay concept,
secondary systems can even leverage busy duration of primary
systems to enhance the opportunity to use spectrum under de-
rived tolerable interference to the primary orthogonal frequency-
division multiple access (OFDMA) system. Platform: |
Size: 970752 |
Author:Donna Loudoe |
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Search - interference OFDMA