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Description: 关于mimo的程序，请大家看看
谢谢了想-on mimo procedures, we would like to see Thank you, Thank you, thank the
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Size: 7307 |
Author: jlb |
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Description: 这是一篇关于MIMO通信系统容量的论文
对于做mimo的很有用的-This is a communication system on MIMO capacity to do mimo papers for the very useful
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Size: 37892 |
Author: Michoski |
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Description: The
Capacity of a MIMO channel with nt transmit antenna and nr recieve
antenna is analyzed. The power in parallel channel (after
decomposition) is distributed as water-filling algorithm
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Size: 1687 |
Author: guoyanpeng |
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Description: Capacity of a MIMO channel with nt transmit antenna and nr recieve antenna is analyzed. The power in parallel channel (after decomposition) is distributed as water-filling algorithm
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Size: 1637 |
Author: yy |
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Description: wireless Communication, RAYLEIGH FADING CHANNEL CAPACITY AND ANNALYSE
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Size: 146432 |
Author: 袁鑫 |
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Description: Space-Time Codes and MIMO Systems，figure 2.6的程序，关于遍历容量和终端容量-Space-Time Codes and MIMO Systems, figure 2.6 of the procedure, on the ergodic capacity and terminal capacity
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Size: 1024 |
Author: nancy |
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Description: Space-Time Codes and MIMO Systems，figure 2.8 的程序，信道信息已知和未知条件下的遍历容量-Space-Time Codes and MIMO Systems, figure 2.8 of the procedure, the channel state information known and unknown conditions of the ergodic capacity
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Size: 1024 |
Author: nancy |
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Description: Space-Time Codes and MIMO Systems，figure 2.9 的程序，信道信息已知和未知条件下的中断容量-Space-Time Codes and MIMO Systems, figure 2.9 of the procedure, the channel state information known and unknown conditions of the outage capacity
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Size: 1024 |
Author: nancy |
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Description: Space-Time Codes and MIMO Systems，figure 2.10 的程序，分集条件下的遍历容量-Space-Time Codes and MIMO Systems, figure 2.10 the procedure, sub-set of the ergodic capacity under the conditions
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Size: 1024 |
Author: nancy |
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Description: 这个程序实现了对一个各态遍历，服从瑞利分布的mimo信道传输容量的计算。-This procedure achieved a traversal of the state, subject to Rayleigh distribution of MIMO channel transmission capacity calculations.
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Size: 1024 |
Author: jiayongchang |
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Description: The purpose of this project is to explore the issues and implementation of a multiple instruction stream, single data stream processor. We are running two instruction streams on two CPUs which share an address space. The processors share a second level cache, and maintain coherence at the L1 cache with a write-invalidate policy. The L2 cache is two-way set associative, with a block size of 8 words, and a total capacity of 512 words.
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Size: 299008 |
Author: sandeep |
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Description: 3D MIMO下，比较了单用户和多用户下Taylor简化的容量(In 3D MIMO, the simplified capacity of Taylor under single-user and multi-user comparison is compared)
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Size: 3072 |
Author: berton |
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Description: 本文系代码详细介绍了Massive MIMO的系统容量及相关公式的推导。(The system capacity of Massive MIMO and the derivation of related formulas are introduced in detail.)
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Size: 1796096 |
Author: 沐林清风 |
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Description: MIMO信道的信道容量分析的Matlab仿真程序(Matlab simulation program for MIMO channel capacity)
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Size: 43008 |
Author: 乱砉 |
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Description: 对单输入多输出，多输入单输出，单输入单输出，多输入多输出进行了对比(The MIMO is simulated, and the number of input and output antennas is compared and the size of the capacity in different circumstances is obtained)
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Size: 10240 |
Author: 哦哦哦丫丫 |
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Description: capacity calculation of MIMO systems for different antennas. Very Helpful code.
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Size: 295936 |
Author: sid |
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Description: mimo系统检测算法，实现通信干扰对齐，提高系统容量(Realize communication interference alignment and improve system capacity)
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Size: 198656 |
Author: 不要走走停停 |
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Description: 本文考虑了一种新的系统模型，它结合了通用收发器硬件损伤在BSs（配备大型天线阵列）和单天线用户设备（UE）。与传统硬件的传统情况相反，我们表明硬件损伤在信道估计精度和每个UE的下行链路/上行链路容量上创建有限天花板。令人惊讶的是，容量主要受限于UE的硬件，而大规模阵列中的损伤的影响逐渐消失，并且用户间干扰（特别是导频污染）变得可以忽略不计。此外，我们证明了大量的MIMO所提供的巨大自由度可以用来减少发射功率和/或容忍较大的硬件损伤，这允许使用廉价和节能的天线元件。(This paper considers a new system model that incorporates general transceiver hardware impairments at both the BSs (equipped with large antenna arrays) and the single-antenna user equipments (UEs). As opposed to the conventional case of ideal hardware, we show that hardware impairments create finite ceilings on the channel estimation accuracy and on the downlink/uplink capacity of each UE. Surprisingly, the capacity is mainly limited by the hardware at the UE, while the impact of impairments in the large-scale arrays vanishes asymptotically and inter-user interference (in particular, pilot contamination) becomes negligible. Furthermore, we prove that the huge degrees of freedom offered by massive MIMO can be used to reduce the transmit power and/or to tolerate larger hardware impairments, which allows for the use of inexpensive and energy-efficient antenna elements.)
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Size: 904192 |
Author: butbutbut |
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Description: MIMO信道容量仿真，包括AWGN, Rayleigh, CorrRayleigh, Rice四种类型的信道。(MIMO channel capacity simulation, including AWGN, Rayleigh, CorrRayleigh, Rice four types of channels.)
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Size: 1024 |
Author: LiuDeyi |
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Description: Although MIMO techniques are significantly ‘younger’ than OFDM, they also reached a
state of maturity and hence the family of recent wireless standards includes the optional employment of
MIMO techniques, which motivates the joint study of OFDM and MIMO techniques in this volume.
The research of MIMO arrangements was motivated by the observation that the MIMO capacity
increases linearly with the number of transmit antennas, provided that the number of receive antennas
is equal to the number of transmit antennas. With the further proviso that the total transmit power is
increased proportionately to the number of transmit antennas, a linear capacity increase is achieved upon
increasing the transmit power. This is beneficial since, according to the classic Shannon–Hartley law,
the achievable channel capacity increases only logarithmically with the transmit power. Thus MIMOOFDM
may be considered a ‘green’ transceiver solution.
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Size: 7897741 |
Author: mustafa1970 |
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