Matlab7.0-The-first-five-Chapters

TopHat algorithm. The algorithm based on gray scale opening.

说明：  人脸区域检测，对图像中的人脸区域进行检测并用矩形框标记。(Face region detection, face image in the region to detect and mark with a rectangular box.)

说明：  这是一个BOOST-PWM电路的仿真，主要用于PFC校正。(This is a PWM circuit simulation hee-, mainly used for PFC correction.)

加性白噪声的计算机实现，我们学校老师自己编的实验指导(Additive white noise machine to achieve the guidance of our school teachers have compiled experimental)

该程序可以进行扇形的短扫描重建，利用Parker加权函数。得到不错的重建效果。希望对大家有帮助。仅供参考！(This programme is a short-fan reconstruction.On the use of Parker weight function.I hope it will be useful.And the result of this programme is good.)

说明：  卡尔曼滤波的一个典型实例是从一组有限的，对物体位置的，包含噪声的观察序列预测出物体的坐标位置及速度. 在很多工程应用(雷达, 计算机视觉)中都可以找到它的身影. 同时，卡尔曼滤波也是控制理论以及控制系统工程中的一个重要话题. 　　比如,在雷达中,人们感兴趣的是跟踪目标,但目标的位置,速度,加速度的测量值往往在任何时候都有噪声.卡尔曼滤波利用目标的动态信息,设法去掉噪声的影响,得到一个关于目标位置的好的估计。 (kalman ukf matlab)

North of Norway has extremely good conditions for wind power generation. As the existing main grid will not be able to integrate all the wind parks, the alternative to build a new corridor with multi-terminal HVDC Light North of Norway to Middle of Norway, is under study. HVDC Light is more and more concerned recently to improve power system stability due to its supreme controllability. The thesis will be directed towards investigating the possible problems to be encountered in an HVDC Light installation. A platform for the control of HVDC Light based on the vector control principle will be first established. With a good understanding of this control platform, the model will then be tested under several circuit conditions, to test the capability and robustness of the controller to handle these situations.

采用改进PSO对含风光发电的微电网出力进行优化(Optimizing the output of microgrid with wind power generation by using improved PSO)

用matlab编写的大津法(outs自适应分割算法)(prepared using the Matlab- (outs adaptive segmentation algorithm))

已知一组三维坐标进行三维曲线拟合，可以直接使用！！(Given a set of three-dimensional coordinates of the three-dimensional curve fitting, can be used directly! !)