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ThisprogramisusedtogettheBPSKBERcurveunder.doc
- 本代码对BPSK的误比特率性能进行了仿真，给出了Mente Carlo仿真结果与理论分析结果的对比。-the code right BPSK the bit error rate performance of the simulation, given Mente Carlo simulation results with the theoretical results of the comparative analysis.
blast
- 仿真原型程序,仿真四种（ZF,ZF-SIC,MMSE,MMSE-SIC） Vblast接收机的检测性能，绘制误比特率～信噪比曲线-zf mmse vblast
ex5
- OFDM系统，比较单径瑞利衰落信道和2径衰落信道下的误比特率性能。-OFDM system, comparing single path Rayleigh fading channel and fading channel bit error rate performance.
2psk
- 2psk性能仿真 仿真2psk的性能特性曲线 误码率以及理想误比特率-2psk simulation
4psk
- 4psk仿真作业 仿真4psk的性能曲线 误码率 和理想误比特率-4psk simulation
V-BLAST
- 程序对4发4收系统进行V-BLAST检测算法的仿真。发送信号采用QPSK调制，信道为准静态瑞利平坦衰落信道，引入的噪声为均值为0的高斯白噪声，接收端分别采用ZF、MMSE、ZF-OSIC、MMSE-OSIC四种检测算法，根据其误比特率比较性能。-V-BLAST detection algorithm simulation program 4 of 4 admission system. Send signals using QPSK modulation, channel quasi-stati
QPSK
- QPSK调制在高斯信道下的检测性能，信噪比和误比特率曲线-QPSK modulation performance under gaussian channel, on the curve of the input signal to noise ratio and bit error rate
BPSK
- BPSK调制在高斯信道下的性能，误比特率和信噪比的曲线-BPSK modulation performance under gaussian channel, signal to noise ratio and bit error rate curve
chapter6
- 二进制正交信号在AWGN信道下的误比特率性能-Binary orthogonal signal bit error rate performance in AWGN channel
chapter8
- 未编码和RS(15,11)编码的16-QAM在AWGN下的性能 无交织时的误比特率ber 有交织时的误比特率-No coding and RS (15,11) coding of 16-QAM in AWGN of ber bit error rate when no interleaving interleaving the bit error rate of the
zhuomian
- 仿真4-PAM载波调制信号在AWGN信道下的误码率和误比特率性能，并与理论值相比较。假设符号周期为1s，载波频率为10Hz，每个符号周期内采样100个点。 -Simulation 4-PAM modulation signal in AWGN channel bit error rate and bit error rate performance, and compared with the theoretical value. Assuming symbol period for 1s
simulink-DSSS-communication-link-
- 在多径瑞利衰落信道下，采用理想信道估计，Rake接收，仿真该系统在不同SNR下的信源误比特率性能，分析系统性能-In multipath Rayleigh fading channels, using the ideal channel estimation, Rake reception, simulation of the system at the source under different SNR BER performance, analyze system performance
QAM
- 数字通信中有许多调制方式，16QAM是常用的一种，它是幅度和相位联合键控。QAM调制包括了16QAM、32QAM、64QAM、56QAM等，这段代码仿真了16QAM的星座图，误码率和误比特率，显示了它们之间的联系，对于学习QAM调制的性能分析有用。-This code simulation 16 qam constellation diagram, bit error rate and bit error rate, and shows the links between them,