搜索资源列表
FMT_DFE_4QAM
- 4QAM下FMT系统误码率性能分析，包含原型滤波器、多相滤波器等代码。——analysis of BER performance of FMT system with 4QAM,including ProtoFilter and polyphase filter
BPSK_flat_fading_BER
- BPSK with flat fading effects
Rayleigh_ofdm
- 4QAM调制的OFDM多径传输，对不同的信道估计算法的误码性能进行比较-OFDM modulation 4QAM multi-path transmission, for different channel estimation algorithm to compare the BER performance
BPSK_generation
- It is BER vs SNR codes for BPSK and 4QAM
4QAM
- COMUNICATION system simulation using 4QAM modulation scheme and AWGN channel calculate BER
M-QAM
- 这个matlab代码仿真了M-QAM的传输。M的取值不同，调制方式分别为4QAM，16QAM，64QAM等。传输信道为AWGN信道，能出误码率曲线。-The matlab code simulation of the M-QAM transmission. The value of M, the modulation mode of 4QAM, 16QAM, 64QAM. The transmission channel is AWGN, the BER curves.
ZF
- ZF 检测 用于mimo 系统，并计算了BER 使用4QAM-zero-forcing equalizer in MIMO system for 4QAM
Coherent-4-QAM
- 4-QAM 的optisystem平台，相干接收，BER结果-the platform about optisystem, which is based on cohenrent 4QAM
QAM_4_2
- 4QAM调制OFDM系统在高斯白噪声下的误码率曲线-Ber for OFDM system with AWGN using 4QAM modulation
115104000568
- 上数字通信课程时编写的大作业，主要设计一个基带通讯系统，采用QAM调制并且计算比特差错概率。-use MATLAB programming to implement some digital baseband communication systems, and plot the BER (bit error probability) versus Eb/N0 (from-5dB to 20dB) curves for 4QAM, 16QAM
qam-ber
- 4qam,16qam计算误码率小程序，实现调制的MATLAB代码。-4qam, 16qam calculate BER small program to achieve modulation of MATLAB code.
MIMO_QAM_MATLAB
- 2x2，4x4MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在4QAM和16QAM下的性能曲线(The BER performance of 2x2 and 4x4MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 4QAM and 16QAM are compared)
BER_perf_4QAM_2x2MIMO
- 2x2MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在4QAM下的性能曲线(The BER performance of 2x2MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 4QAM are compared)
BER_perf_4QAM_4x4MIMO
- 4x4MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在4QAM下的性能曲线(The BER performance of 4x4MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 4QAM are compared)