资源列表
Turbo_simulink
- Turbo码仿真的simulink链路，分为删余和不删余两种方式的链路仿真-Turbo code simulation simulink link, link simulation is divided into two ways punctured and punctured
dsss-noise
- 在matlab中进行信道仿真，对噪声进行建模 该程序验证了加噪公式在复杂通信系统（扩频、过采样）中的正确性-The correctness of the channel simulation in matlab noise modeling program verification adding noise formula in complex communication system (Spread Spectrum oversampling)
juanjijiaozhi
- 交织源程序，卷积交织，分块交织，级联交织等-Interwoven source code, convolutional interleaving, block intertwined, interwoven cascade
DFT_S_OFDM_lyl
- LTE上行链路使用的DFT-S-OFDM系统的仿真，其中包括QPSK星座映射、串并转换、N点DFT、子载波映射等。-LTE uplink using the DFT-S-OFDM system simulation, including QPSK constellation mapping, string and conversion, N-point DFT, subcarrier mapping, etc..
IOTA
- IOTA prototype filter design for FBMC
OFDMPARtest
- OFDM峰均功率比的CCDF图，仿真10万个符号，结果曲线与理论相同-CCDF of PAPR for OFDM
Digital-system-
- 数字基带传输系统 代码 眼图 误码率 a=0.5 tao=Ts/2 phi=0。信噪比15，采样偏差0，滚余弦系数0.5，占空比0.5，-Digital baseband transmission system bit error rate of the code eye diagram a = 0.5 Tao = Ts/2 phi = 0. Signal-to-noise ratio 15, the sampling deviation, roll cosine coefficient
LTE-Simulator
- LTE系统级仿真，可让您执行网络级仿真3GPP长期演进网络。它较低的复杂度和抽象的物理层是基于建立在LTE链路级仿真的经验。它是免费提供包中含有Matlab源文件以及一些MEX功能（还提供源代码）。-The LTE System Level simulator allows you to perform network-level simulations of 3GPP Long Term Evolution networks. It abstracts the Physical layer f
bpsk_ofdm_EN
- Modulation test for OFDM : This is a set of five (5) codes about COFDM (Coded Orthogonal Frequency Division Multiplexing) and coding schemes such as Convolutional, BCH, Reed Solomon (RS) and Low Density Parity Check (LDPC). The study uses an OFD
wireless_comm_viterbi_demod
- AWGN MATLAB 无线通信信道仿真 -Convolutional Encoder and Viterbi Decoder
HARQ-CC
- WiFi情况下，第一类HARQ协议仿真，采用了汉明码和CRC校验，加高斯白噪声，研究吞吐量，平均重传等-WiFi case, the first class of the HARQ protocol simulation, using the Hamming code and CRC check, add white Gaussian noise to study the throughput, average retransmission
AF
- 小区边缘频谱效率0.7b/s/Hz，平均频谱效率2.4b/s/Hz，AF中继频谱效率-The cell edge spectral efficiency 0.7b/s/Hz of average spectral efficiency 2.4b/s/Hz, AF relay spectral efficiency