资源列表
DrawHist
- 灰度直方图是图像整体信息的一个重要方面。 本程序利用 Emgu cv 画灰度直方图.(Draw histgram with Emgu)
RBF
- 使用RBF对数据进行拟合，可显示拟合结果，可参考对RBF原理的讲解对代码及其算法进行进一步理解。(Using RBF to fit the data, the fitting results can be displayed, and the code and its algorithm can be further understood by the explanation of the explanation of the RBF principle.)
A Novel Infrared Target Detection Method
- 基于滤波和BEMD的红外小目标检测算法，检测效果好。(BEMD algorithm is able to estimate the background effectively and get the target image by removing the background from the original image and segmenting the Intrinsic Mode Functions making use of the local inverse entro
秒表数码管显示
- 熟悉使用数码管的段选以及位选，用28335控制数码管以显示数据(Be familiar with the selection and selection of the digital tube, and use 28335 to control the digital tube to display the data)
时钟数码管显示
- 熟悉使用数码管。段选位选，28335怎样控制以及配置，更好熟悉28335(Be familiar with the use of digital tubes. Segment selection, 28335 how to control and configure, better familiarity with 28335)
数码管的动态显示
- 熟悉数码管的段选位选以及动态显示数据，28335控制数码管显示(Be familiar with the segment selection and dynamic display data of the digital tube, 28335 control digital tube display)
gry
- 图像处理文件 包括灰度 边缘检测 膨胀和腐蚀(Image processing files include gray edge detection expansion and corrosion)
wavelet
- 一维，小波变换，算法，对离散时间序列进行分析。(One dimension, wavelet transform and algorithm are used to analyze the discrete time series.)
Untitled2
- 针对二维波动方程，我们研究了一个实例，即弹性薄膜的波动方程。 其实际物理意义是：两手抓住弹性薄膜的两个位置，分别提起，使薄膜上形成两个峰，在t=0时刻突然松手，根据生活常识可以预料，这两个位置的薄膜将来回震动，与此同时产生的波向四周传播，而且波与波会在相遇处叠加。用matlab编程并将这个过程可视化。(In view of the two-dimensional wave equation, we have studied an example, the wave equation of the
磁流体推进器原理
- 在VC++平台上，将磁流体推进器原理可视化，控制变量，改变其速度等。(On the VC++ platform, the principle of magnetic fluid thruster is visualized, the variable is controlled, and its speed is changed.)
阻尼振动(1)
- 通过编程将阻尼振动的过程和原理清晰直观的可视化。(Through programming, the process and principle of damping vibration are visualized clearly and intuitively.)
水波多缝干涉
- 通过编程并将水波多缝干涉的原理可视化，通过图像清晰地看到多缝干涉的水纹变化。(By programming and visualization of multi slit interference wave principle, through the image clearly see the multi slit interference wave change.)