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xhviaslm
- 用matlab实现的曼彻斯特 iQJtlb编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的DHaMfey 的通信原理课件上的形状一模一样。 .-With Manchester iQJtlb encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTDH
xskknafi
- 用matlab实现的曼彻斯特 zrsSXE编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的bVbfOIu 的通信原理课件上的形状一模一样。 .-With Manchester zrsSXE encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTbV
xwuofaxp
- 用matlab实现的曼彻斯特 OGYSOG编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的LPvEirv 的通信原理课件上的形状一模一样。 .-With Manchester OGYSOG encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTLP
yjyowtef
- 用matlab实现的曼彻斯特 cdJHjW编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的neKafpW 的通信原理课件上的形状一模一样。 .-With Manchester cdJHjW encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTne
ylvsrahl
- 用matlab实现的曼彻斯特 LEYhjL编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的ZqWgxJW 的通信原理课件上的形状一模一样。 .-With Manchester LEYhjL encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTZq
ymntninn
- 用matlab实现的曼彻斯特 zrQiry编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的adjgXhW 的通信原理课件上的形状一模一样。 .-With Manchester zrQiry encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTad
yqebbggi
- 用matlab实现的曼彻斯特 XEnaVB编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的extcuzu 的通信原理课件上的形状一模一样。 .-With Manchester XEnaVB encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTex
jwjvmjfr
- 用matlab实现的曼彻斯特 BVLsQI编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的GlxNsvt 的通信原理课件上的形状一模一样。 . -With Manchester BVLsQI encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUP
lsctcljr
- 用matlab实现的曼彻斯特 DhCHTj编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的qPsUCST 的通信原理课件上的形状一模一样。 . -With Manchester DhCHTj encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUP
ltmswkgw
- 用matlab实现的曼彻斯特 zkDyNO编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的XYFJPIM 的通信原理课件上的形状一模一样。 . -With Manchester zkDyNO encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUP
luzozylh
- 用matlab实现的曼彻斯特 FrPVjM编码。50 占空比（可调）。绘制时域波形和频域功率谱密度。结果跟北邮的SHhBKFk 的通信原理课件上的形状一模一样。 . -With Manchester FrPVjM encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUP
object-weight-estimation-pdf
- It helps to estimate the weight of the object in 2D image. It is based on image processing and object recognition. The system extracts important features such as shape, color, size and texture.
scatdb.tar
- 利用DDA算法计算任意形状粒子的电磁散射特性，可根据Liu的数据库建模-DDA algorithm utilizing any shape particle scattering behavior, according to the modeling Liu
music_two
- 述是经典MUSIC算法的基本原理，许多限制是可以放宽或取消的。首先，关于均匀线阵的限制不是必须的，实际中可采用几乎是任意形状的阵列形式，只要满足在个独立信号源的条件下，矩阵具有个线性无关的列就可以了。其次，天线阵元在观测平面内无方向性这一点也不是必要的，而且还可以考虑三维空间的DOA估计问题，即不仅估计信号的方位角，还要估计它的俯仰角，当然MUSIC算法还用于频率、方位和俯仰的联合估计。-Above is the basic principle of the classical MUSIC al
xingzhuangmiaoshu
- 图像的形状描述，里面包括了基本的图像预处理方法，我自己总结的希望能帮到初学者-Describe the shape of the image, including the basic method of image preprocessing, I summarize the hope can help beginners
FDM method on rectangular B.C
- in this file the temperature in a rectangular shape is investigated. the rectangular have nonhomogeneous boundary condition
cnn
- 机器学习下深度学习中的卷积神经网络，写的挺好的-Under machine learning convolution depth learning neural networks, written in very good shape
acgs
- 基于组相似的活动轮廓模型，Active Contours with Group Similarity，该源码是CVPR2013年中一篇文章的matlab代码，能够自动提取相似目标的公共形状，具有一定的参考价值。-Group similar to the active contour model based on, active contours with group similarity, the source code is CVPR2013 years in an article in th
Fast_GVF_v1.0
- The C++/MEX implementation of Gradient Vector Flow (GVF) is much faster than the Matlab implementation. There is a demo.m file in this package, which shows how to run a simple demo. The package is used by: [1] Quan Wang, Kim L. Boyer, T
ASC_MSE
- 基于非盲算法下的MSE最小均方误差的ASC旁瓣相消法的波束成形。含详细注解-ASC Consumer Law sidelobe beam algorithm based on MSE unblinded under the minimum mean square error of shape. With detailed notes