资源列表
FIRST
- 基于NAFSM算法的中值滤波设计，对噪声的自适应信好，适合高密度的椒盐噪声-A MEDIAN FILTER based on NAFSM,adaptable to noise
matlabtuxiangfenge
- 图像分割，包括阈值分割Otsu法，边缘检测包括Roberts算子，Canny算子等，边界跟踪包括Bwtraceboundary函数调用来对图像进行分割等-Image segmentation, including threshold segmentation method of Otsu edge detection, including Roberts operator, Canny operator, edge tracking includes Bwtraceboundary functi
tiaoshi
- 基于相位相关性的运动估计实现方法，matlab代码-Based on the estimated phase correlation motion method, matlab codes
high-quality-PCA-LDA-code
- 质量很高的一个PCA-LDA特征降维代码，附一个LDA简单学习实例。-A high-quality PCA-LDA feature reduction code attached a simple learning example of LDA.
456
- ov7670图像传感器基于寄存器源码+手册 亲测可用-Ov7670 image sensor based on register source+ manual test is available dear
cfm_mine
- 彩色图像分割利用matlab实现FCM算法-Color image segmentation algorithm using matlab realize FCM
Round-2-epitrochoid-moving-round
- Virtual C++ 6.0编写的圆内旋轮线，2个动圆。动态演示圆内旋轮线轨迹。Q、W键调整外圆大小，A、S键调整外圆1大小，Z、X键调整外圆2大小。 -Virtual C++ 6.0 written round hypotrochoid, two moving circle. Cycloid circular trajectory within a dynamic presentation. Q, W keys to adjust the outer size, A, S keys to
Round-2-hypotrochoid-moving-round
- Virtual C++ 6.0编写的圆内旋轮线，2个动圆。动态演示圆内旋轮线轨迹。Q、W键调整外圆大小，A、S键调整内圆1大小，Z、X键调整内圆2大小。-Virtual C++ 6.0 written round hypotrochoid, two moving circle. Cycloid circular trajectory within a dynamic presentation. Q, W keys to adjust the outer size, the size of the
Round-hypotrochoid
- Virtual C++ 6.0编写的圆内旋轮线，动态演示圆内旋轮线轨迹。Q、W键调整外圆大小，A、S键调整内圆大小，Z、X键调整内圆移动速度。-Virtual C++ 6.0 written round hypotrochoid inner circle dynamic presentation cycloid trajectory. Q, W keys to adjust the outer size, within A, S keys to adjust the inner circle s
Round-epitrochoid
- Vitual C++ 6.0编写的_圆外旋轮线动态显示程序。Q、W键调整内圆大小；AS键调整外圆大小；Z、X调整外圆移动速度。-Vitual C++ 6.0 written _ round epitrochoid dynamic display program. Within Q, W keys to adjust the circle size AS keys to adjust the outer size Z, X adjust cylindrical movement speed.
phase_contrast1
- 相衬成像模拟 光栅衍射，基于菲涅尔自由传播的光栅成像-phase contrast
Alpha_shapes_3
- alphashapes算法实现（CGAL）-alphashape algorithm（CGAL）