niesao_v89

根据matlab的bvp4c函数的例子思想方法，求解特征值和特征函数，可以解变积分边界的问题，但是须给一个比较精确的初特征值。此为自编程序，已经标明注释。所附为bvp4c相关例子（此从matlab帮助文件节选）。(use the matlab solver bvp4c to obtain the both eigenvalues and eigenfunctions of BVPs, an exact initial eigenvalue is needed.)

poisson的PDF&CDF繪圖直接打開檔案RUN即可，生成圖像另有顏色標記(poisson' s PDF & CDF drawing RUN can open the file directly to generate the image and another color marker)

使用MATLAB GUI编写的通讯录程序，环境：MATLAB R2009a，可直接下载使用，数据库使用Excel文件存放。(Address book using the MATLAB GUI program in the environment: MATLAB R2009a. Program can be directly used. The database of the addresses is saved in Excel.)

推导运动学中杆运动模型的例程，对初学者有一定的价值。(Kinematic motion model is derived in the bar routines, for beginners a certain value.)

LCMV算法的测试，能形成图形自己亲测，比较好的。 (Lms and RLS algorithm simulation, personally tested, can be used, very )

基于穷举法实现的LDPC码的校验H矩阵的自动生成程序，并且有一定的去小环的功能。如果最后的结果趋缓结果不理想，可以适当加大变量GENE的初始值，它表明程序穷举的次数，预置为500次。(Method Based on the exhaustive LDPC check matrix H automatic generation procedures, and to a certain small part of the function. If the final results of the slowdown in the outcome is unsatisfactory, it may be appropriate variables LCRA increase on the initial value It shows that the number of procedures exhaustive, preset to 500.)

简单的仿真,在simulink里简单的创建了模型,然后练习使用传递函数(Simple simulation in simulink in the creation of a simple model, and then practice using the transfer function)

the source code for bicubic and cubic spline image analysis. This is done in the Matlab. It can process the image and make it clear

matlab 初学者书籍，对初学者有很大的帮助(matlab beginner books, there is a great help for beginners)

When used to mean force, its magnitude (a scalar quantity), often denoted by an italic letter W, is the product of the mass m of the object and the magnitude of the local gravitational acceleration g [3] thus: W = mg. When considered a vector, weight is often denoted by a bold letter W. The unit of measurement for weight is that of force, which in the International System of Units (SI) is the newton. For example, an object with a mass of one kilogram has a weight of about 9.8 newtons on the surface of the Earth, about one-sixth as much on the Moon, and very nearly zero when in deep space far away from all bodies imparting gravitational influence.