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pathloss&gnoise
- cp0801_pathloss为UWB信道损耗计算函数,利用a=(c/(d^gamma))计算出信道增益,然后对函数的输入信号幅度进行变换得到输出结果。 cp0801_Gnoise1和cp0801_Gnoise2为产生AWGN的函数,分别为eb/no和Ex/no条件下AWGN的产生-cp0801_pathloss for UWB channel depletion calculation function, use a = (c /
DS_uwbprogram
- 关于simu1: 在simlink运行之前的初始化过程中,完成了信道时延和幅度的估计,多径合成权系数估计 多径合成采用可选EG/MR/MMSE合成 信道可选白噪声信道AWGN和IEEE80.215.3a UWB标准信道模型(CM1-CM4)但为了简化, 这里采用了IEEE80.215.3a给出了信道模型中的仿真数据包(如果你是作超宽带的,信道模型程序和数据可从IEEE80.215.3a网站获取) 和大部分仿真一样,模
mimo-ebno-BER
- mimo系统仿真 bpsk调制 瑞利信道 得eb/no-BER曲线-mimo system simulation bpsk Rayleigh channel modulation in eb / no-BER curves
finalreport
- matlab实现的多个基础程序和报告并有流程图(1) 绘出正弦信号波形及频谱。 (2) 单极性归零(RZ)波形及其功率谱,占空比为50%。 (3) 升余弦滚降波形的眼图及其功率谱。滚降系数为0.5。发送码元取值为0、2。 (4) 最佳基带系统的Pe~eb\\no曲线,升余弦滚降系数a=0.5,取样值的偏差是Ts/4。 (5) Pe~eb\\no,升余弦滚降系数a=0.5,取样时间无偏差,但信道是多
eqber_adaptive
- This scr ipt runs a simulation loop for either a linear or a DFE equalizer. It uses the RLS algorithm to initially set the weights, then uses LMS thereafter to minimize execution time. It plots the equalized signal spe
最佳基带系统的Pe-ebN0曲线,
- 最佳基带系统的Pe-eb/N0曲线,滚降系数0.5,取样时间偏差Ts/4.-best baseband system Pe-eb/N0 curve, roll-off factor of 0.5, sampling time warp Ts/4.
pathloss&gnoise
- cp0801_pathloss为UWB信道损耗计算函数,利用a=(c/(d^gamma))计算出信道增益,然后对函数的输入信号幅度进行变换得到输出结果。 cp0801_Gnoise1和cp0801_Gnoise2为产生AWGN的函数,分别为eb/no和Ex/no条件下AWGN的产生-cp0801_pathloss for UWB channel depletion calculation function, use a = (c/(
DS_uwbprogram
- 关于simu1: 在simlink运行之前的初始化过程中,完成了信道时延和幅度的估计,多径合成权系数估计 多径合成采用可选EG/MR/MMSE合成 信道可选白噪声信道AWGN和IEEE80.215.3a UWB标准信道模型(CM1-CM4)但为了简化, 这里采用了IEEE80.215.3a给出了信道模型中的仿真数据包(如果你是作超宽带的,信道模型程序和数据可从IEEE80.215.3a网站获取) 和大部分仿真一样,模
mimo-ebno-BER
- mimo系统仿真 bpsk调制 瑞利信道 得eb/no-BER曲线-mimo system simulation bpsk Rayleigh channel modulation in eb/no-BER curves
finalreport
- matlab实现的多个基础程序和报告并有流程图(1) 绘出正弦信号波形及频谱。 (2) 单极性归零(RZ)波形及其功率谱,占空比为50%。 (3) 升余弦滚降波形的眼图及其功率谱。滚降系数为0.5。发送码元取值为0、2。 (4) 最佳基带系统的Pe~eb\no曲线,升余弦滚降系数a=0.5,取样值的偏差是Ts/4。 (5) Pe~eb\no,升余弦滚降系数a=0.5,取样时间无偏差,但信道是多径信
eqber_adaptive
- This scr ipt runs a simulation loop for either a linear or a DFE equalizer. It uses the RLS algorithm to initially set the weights, then uses LMS thereafter to minimize execution time. It plots the equalized signal spe
ebno
- eb/no calculation code
BPSK
- the BPSK signal generation and additive gaussian noise channel simulation. the result is ebno. this file is source code using matlab.
Task2new
- This prorgam calculates Bit error rate on awgn channel with a particular eb/no values and plot the graph of BEP(Bit Error Probability) against eb/no.
QAM_eb_no_SER
- calculate the theoretical exact(in AWGN) SYMBOL ERROR RATE(Ps_SER) verses eb/no for even numbers of bits per symbol in qam modulation
multipath_code
- 设计一完整的移动通信系统物理层传输方案 (WiMAX场景): 试设计一完整的移动通信系统物理层传输方案并用MATLAB程序实现,要求满足以下指标: 1. 数据速率:5km/hr的移动速度下可实现60Mbps,同时在120km/hr的移动速度下可实现10Mbps,且eb/no小于20dB时可实现误比特率Pe <= 10-4 2. 信号带宽为20MHz,工作在2GHz频带 3. 信道模型: COST207模型的6径
7456
- Besides calculating the SER verses eb/no for the various levels of QAM, The m-file shows the coding gain required to closely approach Shannon s channel capacity limit for 4QAM,16QAM,64QAM,256QAM and 1024QAM. notes are gi
bpsk
- BPSK在AWGN信道下,不同的采样率下不同的eb/no的误码率仿真-failed to translate
mfsk
- MFSK不同进制下,在不同采样率不同eb/no时的误码率分析-MFSK under different band, different at different sampling rates eb/no when the error rate analysis
mpsk_table
- This MATLAB Code plot BER Vs eb/no for M_ary PSK with different values of M. The user can choose the desired BER and the code will tell what is the required eb/no to achieve this BER for different values of M. In additio