mfcc_duandian

某国外知名大学的数字信号处理算法教材，使用m语言进行编程。(AlgorithmCollectionsforDigitalSignalProcessing，E.S. Gopi National Institute of Technology, Tiruchi, India)

一本matlab入门书籍的附带程序文件，很丰富，对于matlab初学者来说很有用！(A matlab entry books attached program files, very rich, very useful for matlab beginner!)

飞机姿态角控制时，基于四元数和欧拉角的位置坐标转换关系，欧拉角控制法同四元数控制方法间的相互转换。(When the aircraft attitude angle control, based on the quaternion and Euler angle of the coordinates of the conversion relationship between the Euler angle control method and quaternion control method conversion between.)

说明：  多种群遗传优化算法，包括移民算子、人工选择算子以及标准遗传算法的代码(A variety of genetic optimization algorithms, including migration operator, manual selection operator and standard genetic algorithm code)

Algorithms For Programmers Ideas And Source Code英文的，希望对大家有帮助。()

说明：  matlab微分方程中的延迟问题处理代码(matlab differential delays in the processing code)

Matlab source code for M_PEGASIS.

《数字信号处理》（程佩青第3版）课后实验程序第3章第1题实验(" Digital Signal Processing" (Cheng Peiqing version 3) after-school programs Chapter 3 Experiment 1 Experiment title)

The book is divided into three parts: theory, method and implementation. Starting with a summary of the state-of-the-art in mobile technologies, the first part analyses their impacts on cartography and pinpoints the missing theories concerned with the development of map-based mobile services. A conceptual framework of mobile cartography is then introduced with the emphasis on mobile usage context. The second part is devoted to the design methodology under the constraints defined in the theoretical framework. A core issue deals with personalised mobile map services. The final part demonstrates the feasibility of the methods by using application scenarios.

High accuracy optical flow using a theory for warping(The files optical_flow_brox.m and optical_flow_sand.m are the files you need to run. optical_flow_brox.m implements the traditional algorithm. Just replace the first lines where images are read, with your image, and start the process. optical_flow_sand.m implements a variant presented in CVPR 2006. Again just replace the lines "img1 = imread( ... )" and "img2 = imread( ... )" with your images and the rest is automatic. The variable num_levels controls the number of images in the laplacian pyramid to be constructed. Change it to suit your convenience.)