卡尔曼的视频目标跟踪程序

基于MATLAB的快速傅里叶变化论文，有需要的速度，绝对原创(Fast Fourier transform based on MATLAB papers, there is a need for speed, the absolute originality)

NMEALINEREAD reads an NMEA sentence into a MATLAB structure array

Find the ksdensity plot parameters

BP neural network trained by PSO algorithm

计算弦长为L=8m、相对厚度为0.12的对称儒科夫斯基翼型受到的摩擦阻力和摩擦阻力系数，附面层厚度分布（附报告）(Calculated chord length L = 8m, the relative thickness of 0.12 Ru Khodorkovsky symmetric airfoil subject to friction and friction coefficient, boundary layer thickness distribution (with report))

这是关于微分方程求解的资料，我自己看了好几遍，很经典，并且也很全面，并附有例子(This is a differential equation solver, I have read it several times, very classic, and also very comprehensive, with examples)

Passive filter caculation for nonlinear three phase filter

MIT的nips11文章的matlab实现，全连接crf做图像语义分割示例，代码很清晰，方便自己改进(matlab implementation of MIT s paper in nips11 articlesFully connected crf do semantic image segmentation example, the code is very clear, easy to improve themselves)

资源描述 文件中给出31 个城市的横纵坐标， 运用蚁群算法求处最优的环线路径 生成最短路径图，和寻路径用的平均时间 文件中给出31 个城市的横纵坐标， 运用蚁群算法求处最优的环线路径 生成最短路径图，和寻路径用的平均时间

ch3_1_1：嵌套使用图像代数函数 ch3_1_2：两幅图像相加 ch3_1_3：图像与常数相加 ch3_1_4：两幅图像相减 ch3_1_5：两幅图像相乘 ch3_1_6：图像除以常数[两幅图像相除ch3_2_1：图像缩放 ch3_2_2：图像旋转 ch3_2_3：图像剪切 ch3_2_4：生成和应用仿射变换 ch3_2_5：findbounds函数的应用 ch3_2_6：makeresampler函数的应用ch3_2_7：投影变换 ch3_3_1：计算图像的局部标准差 ch3_3_2：计算输入图像的3×3邻域像素值的最大值（§3.3.2） 根据指定的坐标选择一个六边形区域 按灰度分割图像中的目标 函数poly2mask的调用格式 对指定区域进行锐化滤波 填充指定的区域 (ch3_1_1: nested function using the image algebra ch3_1_2: the sum of two images ch3_1_3: Image and constant sum ch3_1_4: subtract two images ch3_1_5: two images multiplied ch3_1_6: image divided by the constant [two images division] ch3_2_1: image scaling ch3_2_2: Image Rotation ch3_2_3: image shear ch3_2_4: Generation and application of affine transformation ch3_2_5: findbounds function application ch3_2_6: makeresampler function application ch3_2_7: projection transformation ch3_3_1: Calculation of the local standard deviation image ch3_3_2: Calculation of the input image 3 × 3 neighborhood of the maximum pixel value [§ 3.3.2] in accordance with the designated coordinates to select a hexagonal region segmentation by gray-scale image of the objective function calls poly2mask format designated area sharpening filter to fill the designated regional)