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raised-cosine
- This code is for the raised cosine filter with math fillter and ploting the Sinc function, very simple you can run this Matlab Code Via the Main function. hope it will help.
Novel-Neuronal-Activation
- Feedforward neural network structures have extensively been considered in the literature. In a significant volume of research and development studies hyperbolic tangent type of a neuronal nonlinearity has been utilized. This paper dwells on the w
2
- 基于交叉累计剩余熵的图像配准中插值方法的改进 交叉累计剩余熵（CCRE）比传统互信息在配准强噪声图像时更具优势,但采用部分体积（PV）插值的CCRE在网格点容易产生局部极值,不利于变换参数的优化。针对该问题,研究基于3阶B样条函数的PV插值（BPV）、哈宁窗sinc函数的PV插值（HPV）和Blackman-Harris窗sinc函数的PV插值（BHPV）方法在CCRE中的应用,提出一种新的插值方法。该方法采用灵活的邻域中心,将插值点对联合直方图贡献的权重分散到临近的9个点上,并使用高
matlab_for_FPGA_mif_coe
- 利用matlab生成sin、cos、sinc和insert等mif文件-Using matlab to generate a variety of mif file
a1
- sinc插值法 实现 距离多普勒 SAR成像-sinc interpolation distance Doppler SAR imaging implement
4psk
- 4psk系统,包括sinc滤波器的成型滤波部分，以及每一步的仿真结果图形(4psk communication system)
homework_1_a
- 信号与系统大作业一的第一题第一问，sinc函数的产生(homework of signal and system)
lanczos
- 生成lanczos差值系数，平滑效果比sinc系数好一些(Lanczos difference coefficient is generated, smoothing effect is better than sinc coefficient)
suanfa
- RD成像算法，距离多普勒域，sinc插值和邻域插值两种， CS成像算法，二位频域(RDA CSA targets radar imaging Interpolation)
sa_signal_fft
- 分析了sinc(t)频谱,N个采样点，采样率为Fs(spectrum of sinc(t),N Sampling point, sampling rate Fs)
合成孔径雷达距离多普勒算法点目标成像
- 合成孔径雷达距离多普勒算法点目标成像 ，利用sinc插值消除距离徙动
SAR
- 合成孔径雷达距离多普勒算法点目标成像，sinc插值消除距离徙动(The synthetic aperture radar is the target imaging of doppler algorithm, and the sinc interpolation eliminates the distance migration.)
sinc_gause
- 简单函数的傅里叶变换，包括sinc、高斯函数和带有二次相位的高斯函数的傅里叶变换(Fourier transform of simple function)
test_KT_RM_correct
- 本程序用于验证Keystone算法设计的正确性，采用sinc内插法。(This procedure is used to verify the correctness of Keystone algorithm design, and sinc interpolation method is used.)
Keystone
- 实现一阶Keystone变换，包含三种方法，分别是DFT+IFFT方法，sinc插值方法和chirp-Z方法(Three algorithms for perform keystone transform, including DFT+IFFT, sinc interpolation and chirp-z transform.)