搜索资源列表
TimefrequencyAnalysis
- 2008最新matlab时频分析中用到的几乎所有函数的源代码及其基本用法。如调幅调频函数及其用法，常用噪声产生函数，尺度变换函数，信号时域和频域处理函数，cohen类双线性时频处理函数用法等等，希望对大家有帮助!
5800C
- 5800C Fm芯片资料和驱动代码 技术特点： *国内首颗采用CMOS工艺的调频收音机芯片； *驱动能力强，可直接驱动耳机及放大器； *功耗低，比国外先进方案还低1mA； *频率覆盖从76M-108M的各国调频波段； *高度集成度，所需外围器件数为零； *强大的LOW-IF数字音频结构； *强大的数字信号处理技术（DSP）,实现自动频率控制和自动增益控制； *数字自适应噪声抑制 接受灵敏度高、音质出色、立体声效果优异； *支持重低音，可调式电台搜寻、柔
crieeauu
- FMCW调频连续波雷达的测距测角，针对EMD方法的不足,进行逐步线性回归，LCMV优化设计阵列处理信号，模拟数据分析处理的过程，实现了对10个数字音的识别。- FMCW frequency modulated continuous wave radar range and angular measurements, For lack of EMD, Stepwise linear regression, LCMV optimization design array signal processi
Produce_LFM
- 产生线性调频脉冲信号和其频谱图经典算法，非常适合初学者的有用算法研究，有详细注释-Generate a chirp signal and its spectrum of the classic algorithm
Produce_LFM_with_noise
- 产生线性调频脉冲信号和加不同信噪比后的脉冲信号的波形，非常适合初学者学习研究的有用算法，有详细注释-Resulting in a chirp signal and a different signal to noise ratio after the pulse signal waveform, very suitable for beginners to study the useful algorithm, a detailed note
Produce_LFM_after_filter
- 产生线性调频脉冲信号在加不同信噪比后的脉冲信号的波形以及经过自适应滤波器后的波形，非常适合初学者学习研究的有用算法，有详细注释-The waveform of the pulse signal after the addition of the different signal-to-noise ratio and the waveform after the adaptive filter are very suitable for the useful algorithm for begin
shunshipinlv_LFM
- 产生线性调频脉冲信号和他的瞬时频率提取函数波形图，非常适合初学者学习研究的有用算法，有详细注释-Produce a chirp signal and his instantaneous frequency extraction function waveform, which is well suited for beginners to study the useful algorithms of study, with detailed notes
psisv
- 线性调频脉冲压缩的Matlab程序,是信号处理的基础，用谱方法计算流体力学一些流动现象的整体稳定性。- LFM pulse compression of the Matlab program, Is the basis of the signal processing, Spectral methods of computational fluid dynamics flow of some of the overall stability of the phenomenon.
fb584
- 线性调频脉冲压缩的Matlab程序,计算多重分形非趋势波动分析matlab程序,基于chebyshev的水声信号分析。- LFM pulse compression of the Matlab program, Calculation multifractal detrended fluctuation analysis matlab program, Based chebyshev underwater acoustic signal analysis.
vntip
- 在matlab环境中自动识别连通区域的大小,非归零型差分相位调制信号建模与仿真分析 ，线性调频脉冲压缩的Matlab程序。- Automatic identification in the matlab environment the size of the connected area, NRZ type differential phase modulation signal modeling and simulation analysis, LFM pulse compression of
qienei-V5.4
- GSM中GMSK调制信号的产生，微分方程组数值解方法，线性调频脉冲压缩的Matlab程序。- GSM is GMSK modulation signal generation, Numerical solution of differential equations method, LFM pulse compression of the Matlab program.
gie_xh87
- 基于chebyshev的水声信号分析，详细画出了时域和频域的相关图，线性调频脉冲压缩的Matlab程序。- Based chebyshev underwater acoustic signal analysis, Correlation diagram shown in detail the time domain and frequency domain, LFM pulse compression of the Matlab program.
yavji
- 线性调频脉冲压缩的Matlab程序,MIMO OFDM matlab仿真,非归零型差分相位调制信号建模与仿真分析 。- LFM pulse compression of the Matlab program, MIMO OFDM matlab simulation, NRZ type differential phase modulation signal modeling and simulation analysis.
rj677
- 线性调频脉冲压缩的Matlab程序,有信道编码，调制，信道估计等，分析了该信号的时域、频域、倒谱，循环谱等。- LFM pulse compression of the Matlab program, Channel coding, modulation, channel estimation, Analysis of the signal time domain, frequency domain, cepstrum, cyclic spectrum, etc.
freRecovery
- 用于根据线性调频，相位编码等信号的时域波形计算相应的瞬时频率和自相关函数(The corresponding instantaneous frequency and autocorrelation function are calculated according to the time domain waveform of linear frequency modulation, phase encoding and other signals)
zuoye111
- 产生一个线性调频的信号通过巴特沃斯滤波器后得到结果(Linear frequency modulated signal passing through Butterworth filter)
FMCW Radar Signal
- 线性调频多目标MATLAB仿真、信号发送、接收、FFT算法(Multiobjective MATLAB simulation of LFM)
pulse compression
- 线性调频雷达信号处理整体流程，包括测距和测速(Radar signal processing(LFM),including velocity measurement)
Desktop
- 模拟两目标的回波，线性调频子脉冲频率步进雷达信号。(The echo of the two target is simulated, and the frequency of the linear frequency modulation subpulse is stepped into the radar signal.)
chirp-fourier-transform
- chirp fourier transform 线性调频Z变换(CZT) 的matlab功能函数，该方法通过CZT变换获得精确的等价于离散傅里叶变换结果的间谐波信号的频率分布估计值,可以得到精确的各次谐波和间谐波参数,利用该函数相同采样频率下该方法的检测精度更高。(This routine allows the evaluation of the DFT over an arbitrary range of frequencies as its name implies this lets y