搜索资源列表
AAAAA
- 以使用的8PSK的mdl文件，注意mdl文件格式是matlab的simulink才可以打开的，希望对初学者有帮助,没有加信道和编码-8PSK to use the mdl file, note mdl file format is the matlab simulink can open, and I hope to help beginners with no additional channel and coding
BPSK
- 单径瑞利信道中的BPSK相干解调的理论误码率性能,并设计一种时分的导引辅助的信道估计方法-Single path Rayleigh channel BPSK coherent demodulation theory of error rate performance guide and a time estimation method aided channel, using Simulink simulation, measurement BPSK BER performance
cdma
- cdma, direct sequence spread spectrum modulation. computes error rate of received sequence in a AWGN channel. simulated in simulink.-cdma, direct sequence spread spectrum modulation. computes error rate of received sequence in a AWGN channel. simula
QAM-performance-with-AGC-errors
- In this File, performance evaluation of 4-QAM system in the presence of Automatic Gain Control (AGC) errors using MATLAB Software. The system is designed, modeled and simulated using Simulink to evaluate the Bit Error Rate (BER) of the system in AWGN
Turbo_simulink
- 基于3GPP标准的信道编码turbo码的simulink仿真文件。-Simulink simulation files based on the 3GPP standard channel coding turbo codes.
code-matlab
- 利用SIMULINK和M函数相结合的方式仿真BFSK 调制在多路径瑞丽衰落信道中的传输性能。其中 source产生速率为10Kbit/s、帧长度为1秒的二进制数据源data,并且通过BFSK产生调制信号。BFSK调制的频率间隔为24KHz, BPSK调制符号的样点数为2，调制信号通过多径瑞利衰落信道，移动终端相对运动速率为40公里/小时，接收端对信号进行解调，并把解调后的信号和原始数据信号相比较计算误比特率。最后Sink模块根据SNR与误比特率的关系绘制曲线。-And M functions u
suoduanjuanjima7_1
- 该simulink程序实现了缩短卷积码的仿真，并能在AWGN信道下实现误码率检测。-The program achieved a shortened simulink simulation convolution code, and can achieve a bit error rate in AWGN channel detection.
TDMA5_39
- 该simulink程序实现了TDMA系统的仿真，能够在AWGN信道下实现误码率检测。-The simulink simulation program TDMA system, the error rate can be achieved in AWGN channel detection.
FDMA5_38
- 该simulink程序实现了FDMA系统的仿真，能够在AWGN信道下对系统的误码率进行检测。-The simulink simulation program FDMA system can AWGN channel bit error rate of the system for testing.
jilianjuanjima7_3
- 该simulink程序实现了级联卷积码系统的仿真，能够在AWGN信道下对系统的误码率进行检测。-The simulink simulation program concatenated convolutional code system, capable of AWGN channel bit error rate of the system for testing.
hop8_6
- 该simulink程序对调频通信系统进行了建模和仿真，能够对系统在AWGN信道下的误码率进行检测。-The simulink program for FM communications system modeling and simulation, capable of BER in AWGN channel for testing.
CDMA5_40
- 该simulink程序对CDMA系统进行建模和仿真，并能够对该系统在AWGN信道下的误码率进行检测。-The CDMA system simulink program for modeling and simulation, and the ability of the system bit error rate in AWGN channel for testing.
s1
- 仿真高斯白噪声信道下QPSK的Eb/N0与误比特率之间的关系。 要求： 任选一种工具进行仿真：SPW、Matlab、Simulink。 成型滤波器采用根升余弦滚降滤波器，滚降系数为0.5，过采样因子为4 要求仿真至1e-5误比特率 。 与理论值对比，绘出对比曲线-Simulation of Gauss white noise channel QPSK between Eb/N0 and bit error rate of the relationship. Require
BPSK_Channel_Simulink
- 信道仿真程序，通过simulink实现BPSK调制在二进制对称信道、AWGN、RAyleigh、Rician信道下的误比特率仿真，并提供了Okumura-Hata模型函数、COST231-WI视距模型函数、COST231-WI非视距模型函数、COST-231 Hata模型仿真-Channel simulation program, through the simulink to realize BPSK modulation in binary symmetric channel, AWGN a
3_Eshan_Nagrath_Research_Article_Mar_2011
- This Paper is concerned with the study of the performance of DPSK (differential phase shift keying) Modulation Technique using AWGN(Additive white gaussian noise) channel. The DPSK has remarkable features such as limited bandwidth and constant en
vibration11
- 带有干摩擦环节的振动吸振器，matlab-simulink下的自主模型，模拟振动的微信时序曲线-Vibration with dry friction aspects of vibration, independent model matlab-simulink under simulated vibration micro-channel timing curve
fading_simulink
- Channel fading using Matlab simulink
Rayleigh
- Simulink工具编写代码(S-Function 方式)，产生一单径瑞利信道，其多普勒谱 为经典谱，其中移动速率为 120km/h。-Simulink tools to write code (S-Function mode) to generate a single path Rayleigh channel, the Doppler spectrum For the classical spectrum, where the rate of movement of 120km/h.
Rayleigh
- 单径瑞利信道的simulink仿真 给定多普勒频移为120km/h，多普勒谱为经典谱。-the model of Rayleigh channel
MSK_self
- 在MATLAB simulink中搭建MSK调制解调模型，码元速率可以调整，可以增加信道模型也观察信噪比与误码率之间的关系，scope观察解调结果。-MSK modem built in MATLAB simulink model, the symbol rate can be adjusted to increase the channel model can also observe the relationship between SNR and BER, scope observatio