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Aptina AR0134 video imaging sensor datasheet

利用常用四阶龙格-库塔公式求初值，再利用汉明公式、米尔恩公式和改进的四阶亚当斯隐式公式及常用的四阶龙格-库塔公式求解其余的数值解求解常微分方程初值问题，并计算它与精确解的误差(Use of commonly used fourth order Runge- Kutta initial value to the Formula, and then use the Hamming formula, Milne formula and improved fourth-order implicit Adams formula and the commonly used Runge- Kutta formula for solving the numerical solution for solving the remaining ordinary Differential Equations, and calculate the error it with exact solutions)

Color Image Enhancement Techniques: A Critical Review Abstract Image enhancement is one of the key issues in high quality pictures such as digital camera and HDTV. Since Image clarity is very easily affected by lighting, weather, or equipment that has been used to capture the image. These conditions lead to image may suffer from loss of information. As a result, many techniques have developed known as image Enhancement techniques to recover the information in an image. This paper presents a literature review on some of the image Enhancement techniques for color image enhancement like, Contrast Stretching, Histogram Equalization and its improvement versions, Homomorphic Filtering, Retinex, and Wavelet Multiscale Transform. Comparison of all the techniques concludes the better approach for its future research

经典力学中的数学问题 可能有助于大家利用matlab开发或解决工程上遇到的力学问题(Mathematical problems in classical mechanics may help to use MATLAB to develop or solve mechanical problems encountered in engineering)

预测函数控制作为第三代的MPC。是一种优秀的控制算法，此程序针对大惯性，大时滞对象实现了准确的控制，并且有详尽的程序注释，还原下载(As a third-generation predictive function control of MPC. Is an excellent control algorithm, this procedure for large inertia, large delay to achieve a precise control of the object, and a detailed program notes, reduction downloads)

说明：  自己编写的计算光流场的MATLAB程序，基于梯度的方法，非常简单(I have written a MATLAB calculation of optical flow procedures, based on the gradient method and it is very simple)

矩阵分析的书其一些基本理论，是学习矩阵分析常用的书籍(Matrix Alfebra,theory,Computations,and applications in statistics,James E Gentle)

Hidden markov random filed

Sylvester equations solving via the characteristic polynomial approach- using Sylvester operator s characteristic polynomial L

euler approximation method