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ch2
- 第2章 信号变换 67 2.1 Z变换及MATLAB实现 67 2.1.1 Z变换的定义 68 2.1.2 Z变换的收敛域 68 2.1.3 Z逆变换 70 2.1.4 Z变换的性质 72 2.1.5 Z变换的工程应用 74 2.2 Chirp Z变换及MATLAB实现 77 2.2.1 Chirp Z变换的定义 77 2.2.2 Chirp Z变换的计算方法 79 2.2.3 Chirp Z变换的MATLAB实现 80 2.3 离散傅里叶变换及MAT
gms1
- 根据雷达信号的时宽带宽乘积为常量, 不能兼顾作用距离和距离分辨率的原理, 使含有噪声的Chirp 信号经过匹配滤波器加以检测, 并对其进行了MATLAB 仿真。-According to radar signal bandwidth product of the time constant and can not take into account the role of the principle of distance and range resolution, so that nois
Matlab-Linear-FM-Time-freq-analysis
- 本文就着重比较Radon-Wigner变换、离散Chirp-Fourier变换等方法的优劣。-This article on a comparison of the Radon-Wigner transformation, the advantages and disadvantages of the discrete Chirp-Fourier transform method.
awgn
- chirp信号在高斯白噪声信道下的调制和解调以及误比特率的仿真模型-chirp signal in white Gaussian noise channel modulation and demodulation, and bit error rate of the simulation model
CHIRP
- 基于线性调频信号（chirp）进行TDOA定位的方法，有详细说明，并提出了改进方案。-TDOA location method based on linear FM signal (chirp) is described in detail, and proposed improvement program.
Both-chirp-signal
- 两个有一定时延的chirp信号经过匹配滤波器后的分辨力仿真-Both have a certain delay after the chirp signal after the resolution of the simulation matched filter
ccf-of-pnsequnce-with-golad-code
- PN-Chirp codes based on Multi-Correlation Receiver in a bandlimited channel
chirp
- this paper is abaut chirp signal and estimation of its parameters
DSP_1
- 1) Goertzel algorithm 2) Chirp transform algorithm 3) Verification of signal flow graphs for DIT and DIF FFT algorithm 4) Elapsed CPU time for DFT and FFT computation 5) Alternative IDFT computations
ZoomFFT
- 复调制ZoomFFT是频谱细化技术的其中一种，从分析精度、计算效率、分辨率、灵活性等方面来看，是最有效的一种。-A common method of complex modulation ZoomFFT method, Chirp-Z transform, Yip-ZOOM transform based on, but the analysis accuracy, computational efficiency, resolution, spirit Active perspective,
OFDM-chirp-ambiguity-function
- OFDM chirp Ambiguity function