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Single_Carrier_FDMA(SC-FDMA)matlab
- Single Carrier FDMA又称SC-FDMA或者DFT-Spread-OFDM是3GPP LTE最新提出的适用于上行传输的一种新方案。相对于OFDMA（主要用于下行），其最大的优势在于低峰值平均功率比（即PAPR）。本程序包括OFDMA，SC-FDE（单载波频域均衡）以及SC-FDMA程序，接收端采用经典的ZF和MMSE检测算法，程序短小精悍，相当经典，方便该领域的人学习与研究。
papr_scfdma_ofdma
- 比较3GPP LTE上行链路中sc-fdma和OFDMA的papr，提供qpsk和16qam两种调制方式下的比较-Comparison of 3GPP LTE uplink of sc-fdma and OFDMA in papr, providing qpsk and 16qam Comparison of two modulation modes
papr
- LTE上行接入技术SC-FDMA的papr，其中包含采用不同调制方式和集中式、分布式接入技术的papr-LTE SC-FDMA uplink access technology of papr, which contains a different modulation mode and centralized, distributed access technology papr
papr_of_OFDM_SCFDMA
- OFDM和SC-FDMA是LTE系统的下行和上行调制方式，本例仿真了OFDM和SC-FDMA的峰均比-simulation：papr of OFDM and SC-FDMA
SC-FDMA
- LTE上行单载波全部模拟！其中包括PAPR和CubicMetric的计算-LTE uplink single-carrier analog all! Including the calculation of PAPR and CubicMetric,
IFDMA
- IFDMA code for PAPR analysis in the performance analysis of LTE physical layer
paprLFDMA
- LFDMA code for PAPR analysis in the performance analysis of LTE physical layer
OFDM_sim
- 1.使用Matlab实现一个OFDM系统。 OFDM系统具体参数参照LTE标准，具体为： 系统带宽：5MHz； OFDM符号长度：0.0714ms； 子载波间隔：15kHz； CP长度：OFDM符号长度的7 ； FFT点数：512； 2.选择一种降低OFDM系统峰均比的算法，在1的基础上实现，并分析其性能。-1 use Matlab to achieve an OFDM system. OFDM system with reference to the LTE
LTE-packet
- In Modulation schemes such as OFDM transmitter time domain signal will have higher PAPR, which leads to various distortions in the transmitter chain and degradation of system performance i.e. BER/PER. Also requires highly linear power amplifier which
ofdm_paper5
- Performance Improvement of PAPR Reduction for OFDM Signal In LTE System
PAPR-QAM
- ti so PAPR trong LTE-Advance
PAPR-QPSK
- ti so PAPR trong LTE-Advance
PAPR-SC-FDMA-in-CA
- ti so PAPR trong LTE-Advance
paper3
- 关于LTE的文章，希望大家喜欢。Better Performance ACF Operation for PAPR Reduction of OFDM Signal.pdf-Better Performance ACF Operation for PAPR Reduction of OFDM Signal.pdf
Precoding-and-Reed-Solomon-Coding
- Designing energy efficient mobile communication system is the main challenge for the LTE researchers due to increasing of users and their demands in accessing broadband services on mobile phones. High data rate, reduced Bit Error Rate (BER) and l