搜索资源列表
qpsk
- 利用matlab建立QPSK基带传输系统,比较AWGN和Rayleigh信道下的系统BER性能。-Using MATLAB to establish QPSK baseband transmission system, the system BER performance comparison of AWGN and Rayleigh fading channels.
QPSK
- QPSK分别在AWGN、Rayleigh、Rican三种信道下误码率仿真程序，附带一份完整的分析报告，是了解QPSK的在衰落条件下的非常好的素材。-QPSK respectively in AWGN, Rayleigh, Rican three channel BER simulation program, with a complete analysis report is a very good understanding of the material under fading condi
OFDM_MATLAB
- MATLAB上实现的OFDM+AWGN/Rayleigh+BPSK/QPSK/16QAM/64QAM，并分析EbN0 vs BER.-The MATLAB implementation OFDM+AWGN/Rayleigh+BPSK/QPSK/16QAM/64QAM, and analyze EbN0 vs BER.
PAM_QPSK_System_BER_Simulation
- QPSK的误码率仿真和瑞利信道在AWGN下的仿真。-QPSK BER simulation and Rayleigh channel simulation in AWGN' s.
cdma_power_allocation
- first, this project simulates cdma network using 63 gold code over Rayleigh fading channel.then ,compares rake receiver performance with ordinary receiver and theory awgn and theory Rayleigh channel . finally , we observe decreasing ber when number o
QAM-over-AWGNaRayleigh
- matlab实现QAM调制解调在高斯信道和瑞利衰落信道下误码率和误符号率-Using matlab to realize the QAM over AWGN and rayleigh channel and simulate the BER performance
FBMCOQAM
- FBMC 在瑞利和AWGN信道下的BER性能仿真-the ber simulation of FBMC in rayleigh and AWGN channel
BPSK_RL_CHANNEL
- The simulated and theoretical performance curves (Eb/NO vs. BER) for BPSK modulation over Rayleigh Fading channel and the AWGN
mengte
- 使用蒙特卡罗方法模拟AWGN信道中QPSK的数字BER，并附加QPSK_AWGN.m脚本。 修改具有ZF接收机的系统中的瑞利平坦衰落信道的情况的代码。 在同一个图中绘制其数值和分析BER。(Use the Monte Carlo method to simulate the numerical BER of QPSK in AWGN channels, with the QPSK_AWGN.m scr ipt attached. Modify the code for the case o
QPSK&OFDM
- 基于 MATLAB 对移动通信中的 BPSK、QPSK、16QAM 和 OFDM 基带传输系统进行仿真，分析它们在 AWGN 和 Rayleigh 信道下的误码率性能。重点建立了基于 QPSK 和 16QAM 调制方式下 OFDM 系统的仿真，比较两种调制方式在 Rayleigh 信道下的传输性能，分析了系统模型，提出了代码优化方案。(Based on MATLAB, we simulate the BPSK, QPSK, 16QAM and OFDM baseband transmission
LDPC
- 无论是那种编码方式，在AWGN信道中的性能都明显由于在瑞利衰减信道中的性能。这一点也符合实际。毕竟AWGN信道是瑞利衰减信道的特殊情况。除此之外，在研究单一编码方式误码率时，样本帧数越大，则得到的误码率曲线就越平滑，较少出现较明显的凸起。(Either way, the performance in AWGN channel is obviously due to the performance in Rayleigh attenuation channel. This is also in l