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sw
- 多媒体中的图像处理的coursework，里面有从基本到复杂的高斯噪音处理和PGM，PCM的应用。-Multimedia image processing of coursework, which have from basic to complex Gaussian noise process and PGM, PCM applications.
BER_MSK
- scr ipt for generting transmit waveforms in a minimum shift keying, passing through Additive White Gaussian Noise and employing coherent demodulation at the receiver and then computing the number of errors
ConvolutionalEncoder
- 用Viterbi译码的方法进行解码，其中的编解码全部自己编写代码(S-Function方式)，在加性白高斯噪声信道中，画出比特信噪比与误码率的关系曲线。-With Viterbi decoding method of decoding, encoding and decoding them all to write your own code (S-Function mode), the additive white Gaussian noise channel, signal to noise
ofdm_channel_estimation
- OFDM100个子载波16qpsk高斯噪声 多径干扰 信道估计 信道均衡-OFDM100 is carrier 16 QPSK gaussian noise multipath interference channel estimation channel equilibrium
LTE-source
- 主要根据3GPP的LTE标准，编写并实现了LTE信号源的编程。涉及到OFDM，瑞利信号，高斯白噪声。模拟的是从基站发射到中继或UE接收到的信号-Mainly based on the 3GPP LTE standard, the preparation and implementation of the LTE source programming. Related to OFDM, Rayleigh signal, white Gaussian noise. Simulation is lau
chaper-3-OFDM-transmission-over-gaussian-channel.
- OFDM with noise GAU-OFDM with noise GAUSS
rm
- RM的编码过加性高斯白噪声信道（AWGN）后译码的C++ 实现程序，C语言产生高斯白噪声-RM of coded additive white Gaussian noise channel (AWGN) after decoding in C++ program, C language generated Gaussian white noise
a
- matlab 产生高斯分布 混有均匀白噪声的正弦信号的自相关 混有均匀高斯白噪声的正弦信号的自相关-Matlab produce gaussian distribution mixed with even the white noise of sine signal from related with uniform white gaussian noise of sine signal autocorrelation
DSB
- 利用matlab软件设计并仿真下面的无线通信系统。模拟信源为单音频信号。模拟调制方式为DSB。信道为多径信道（仿真中2径），信道中噪声为加性高斯白噪声。采用相干解调接收。画出了解调器输出端性能曲线与点信噪比SNR的关系。 -Software design and simulation using matlab the following wireless communication systems. A single analog audio signal source. Analog m
ask
- 利用matlab软件设计并仿真下面的无线通信系统。模拟信源为单音频信号。模拟调制方式为ASK。信道为多径信道（仿真中2径），信道中噪声为加性高斯白噪声。采用相干解调接收。画出了解调器输出端性能曲线与点信噪比SNR的关系。-Software design and simulation using matlab the following wireless communication systems. A single analog audio signal source. Analog modul
gause
- 在图像中加入高斯噪声，用来显示图像加入高斯噪声后所形成的图像，可以观测高斯分布特点。用于处理.raw格式图片。-Add to Gaussian noise in the image, to display the image after their adding Gaussian noise to form the image, the Gaussian distribution can be observed. For processing. Raw format images.
generate_z
- 根据输入的状态量，产生多个的传感器观测量，并且加入高斯噪声。-According to state the amount of input to produce multiple sensor observations, and add Gaussian noise.
gausse_white
- 用m序列过低通滤波器模拟产生带限高斯白噪声，m序列的长度足够长时功率谱特性接近高斯白噪声的特性。-M-sequence low-pass filter with analog band-limited white Gaussian noise generated, m length of the sequence is long enough the power spectral characteristics close to Gaussian white noise characterist
ICA
- 独立分量分析（ICA）以非高斯源信号为研究对象，在统计独立的假设下，对多路观测到的混合信号进行盲信号分离，已广泛应用于无线通信、生物信号提取、语音信号处理、图像处理和噪声抑制等领域。 -The independent component analysis (ICA) addresses non-Gaussian source signals under amusing independent each other, it performs blind separation for multi-c
zhongzhi
- 实现中值滤波，加入了高斯噪声以及椒盐噪声，-Implement median filtering, adding Gaussian noise and salt and pepper noise,
program
- 语音信号时域频域分析（白噪声与高斯噪声的去噪）-Speech signal time-domain frequency domain analysis (white noise and Gaussian noise denoising)
awgn
- TMS320C6713 DSK AWGN function for DSP on board program using gaussian noise
non_Gauss_signal_analyse
- 非高斯信号的分析，包括非参数法的双谱估计，基于参数建模的双谱估计，以及基于双谱的有色高斯噪声信号检测。-Non-Gaussian signal analysis, including non-parametric approach of bispectrum estimation, based on modeling bispectrum estimation parameters, and the bispectrum-based signal detection of colored Gau
gaosiSignalRight1
- 是matlab产生一个高斯脉冲的程序，并且叠加了高斯噪声，可以画出输入与输出的图形，并且对其时延进行了估计-Is the matlab produce a gaussian pulse program, and stack the gaussian noise, can draw the input and output of the graphics, and the time delay were estimated
Gauss
- 是一个产生高斯脉冲的小程序，并且有调幅，有时延和频移，叠加了一定的高斯噪声-Is a produce gaussian pulse of small program, and have an am, time delay and frequency shift, superimposing a gaussian noise