遥感图像处理

说明：  百分百高仿小说下载站源码，减轻大家仿站的难度(100% high imitation novel download site source code, reduce the difficulty of everyone imitation station)

说明：  ICPC-camp2016年的课件，希望给acm-ICPC和信息学竞赛的大佬们带来帮助(ICPC-Camp courseware 2016, hoping to help the acm-ICPC and informatics competition bosses)

SBDART,一种辐射传输模式的源代码。它比较基础，适合本科研究生阶段开展传输模式反演大气参数，的上手软件。(A useful tool for RTM.)

基于果蝇的算法优化支持向量回归的matlab程序，包括txt版本和matlab中m文件(Matlab algorithm based on fruit fly algorithm optimized support vector regression, including the txt version and Matlab m file)

阵列信号处理的理论与应用书籍代码：MATLAB程序 1：MUSIC 算法MATLAB程序 2：ESPRIT 算法MATLAB程序 3：Root-MUSIC算法MATLAB程序 4：面阵中二维角度估计 Unitary -ESPRIT算法MATLAB程序 5：空间平滑MUSIC算法的MATLAB程序 6：角度和时延联合估计（JADE）算法MATLAB程序 7：传播算子DOA估计算法MATLAB程序 8：基于增广矩阵束的L型阵列的二维DOA估计MATLAB程序(Theory and Application of Array Signal Processing Book Code: MATLAB Program 1: MUSIC algorithm MATLAB program 2: ESPRIT algorithm MATLAB program 3: Root-MUSIC algorithm MATLAB program 4: Two-dimensional Angle Estimation Unitary-ESPRIT Algorithm MATLAB Program 5: space smoothing MUSIC algorithm MATLAB program 6: angle and delay joint estimation (JADE) algorithm MATLAB program 7: Propagation operator DOA estimation algorithm MATLAB program 8: Two- Dimensional DOA Estimation of MATLAB for L- Type Array Based on Augmented Matrix Bundles)

“六度空间”理论又称“六度分隔”理论，可以通俗的阐述为“你和任何一个陌生人之间所间隔的人不会超过六个人”，也就是说最多通过五个人你就能认识任何一个陌生人。(" Six Degrees of Separation" theory known as " six degrees of separation" theory, can be described as a popular " people between you and any stranger spaced no more than six people," that is up to you by five people will be able to recognize any stranger.)

《深入浅出Python机器学习》源码 ipynb格式("Deep and Simple Python Machine Learning" Source Code ipynb Format)

产生线性调频信号,可以是宽带，也可以是窄带信号。还有低通滤波器(A linear frequency modulated signal can be produced ,wideband or narrowband. There are also low-pass filters)

水波干涉的动画演示 ，两水波波源发出球面波干涉，动态图，matlab程序(Water wave interference animation demonstration matlab program)

说明：  基于运动学模型的轨迹跟踪控制，无人驾驶车辆模型预测控制第二版第四章(Trajectory tracking control based on kinematic model, Chapter 4 of the second edition of model predictive control for driverless vehicles)