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xcvrsdre
- 用matlab实现的曼彻斯特 MlTdQT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FzcIrcf 的通信原理课件上的形状一模一样。 .-With Manchester MlTdQT encoding matlab realize. 50 duty cycle (adjustable) . Draw time-domain waveform and frequency domain power spectral density. Results with BUPTFz
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
SCHv1.0
- 一个实现形状曲率直方图的matlab源码，可用于视觉识别-MATLAB code implementing the Shape-Curvature-Histogram
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
chinamap
- 中国底图文件,可直接用于GIS以及Matlab软件上，已经加入南海地区-china map shape
Tcircle
- the power distribution of fiber laser is caculated with matlab PDETOOL/the shape of inder cladding is circle in this case.
mat_shpcnt
- shape context in matlab shape context in matlab
subspace_iteration
- matlab程序，子空间迭代法求固有频率及阵型-subs_iteration method to get frequency and mode shape
Cam-design
- 根据所需直线运动的速度-位移关系，实现凸轮设计。利用Matlab，对给入直线速度-位移曲线，设计对心直线凸轮形状。完成了动画仿真，显示出凸轮运动与对心直线的运动仿真和对应关系-According to the required linear motion velocity- displacement relationship, to achieve the cam design. The linear cam shape of the center line is designed for th