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CDMA_uplink_capacity
- CDMA系统上行容量理论大小与仿真证明,可以参看-capacity of uplink in CDMA system with both theory and simulation verification
Spectral-Efficiency-of-MC-CDMA-Linear-and-Non-Lin
- This paper analyzed the spectral efficiency (total channel capacity per subband) of randomly-spread synchronous multicarrier code-division multiple-access (MCCDMA) channel subject to frequency-selective fading in the asymptotic regime of number of us
TCDMMA_capacch
- 本程序源码仿真了CDMA系统在理想功率控控制条件下的上行链路小区容量 可直接使用。 -The program source code simulation of the uplink cell capacity of CDMA system under controlled conditions ideal power control can be used directly.
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- A TUTORIAL ON LTE EVOLVED UTRAN (EUTRAN) AND LTE SELF ORGANIZING NETWORKS. The main features of LTE are high peak data rate, flexibility of spectrum usage, low latency times, higher capacity per cell, etc. The radio interface of LTE is based on O
puschthrou
- LTE (Long Term Evolution) and LTE-Advanced have been developed to respond to the requirements of this era and to realize the goal of achieving global broadband mobile communications. The goals and objectives of this evolved system include higher
Performance-Evaluation-of-Admission-Control-and.z
- In this paper, a multicell OFDMA WiMAX network is considered for uating the performance analysis both in uplink and downlink .The QOS parameters like blocking time, download time and BER of the network are discussed on various physical layer conditio
AWGN_UL_DL
- 画出在AWGN信道下的多用户上行和下行信道容量范围，在保证用户通信公平性的前提下，用Time Sharing和Rate Spliting是上行链路达到香农极限，用Time Sharing和CRX优化使下行链路达到香农极限，并通过仿真图形展现。-Draw in AWGN channel multi-user uplink and downlink channel capacity range, to ensure the user communications fairness premise w
C & SNR dengan penginterferensi
- showing the graph of channel capacity and SNR in uplink LTE
Massive MIMO Systems with Non-Ideal Hardware
- 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 cons