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研 究了双目视觉测量系统的结构参数优化问题.对双目视觉测量的有效视场约束条件进行了数学 描述，建立了双目视觉坐标测量系统的数学模型.在考虑像点提取误差的条件下，利用误差理论建立了测量 误差模型，并基于待测量的视场范围要求，定义了测量系统结构参数的优化指标。最后，通过枚举法进行了 优化求解.(Studied binocular vision measurement system to optimize the structural parameters of the problem. For the effective measurement of binocular vision bound by the terms of field of view of mathematical description of the establishment of binocular vision coordinate measuring system mathematical model. In considering the error as the point of extraction conditions the use of error theory the establishment of measurement error model and measurement based on the field of view to be the scope of the requirements of the definition of the measurement system parameters to optimize the structure of indicators. Finally, the optimized enumeration method for solving.)

求微分方程通解 给出三元一次微分方程，求其通解的matlab程序(Differential equation is obtained)

Simulation of Gaussian Beam Focused by a Lens Using BPM Paramters suggested for simulation

mpeg格式的解码程序，在MATLAB中实现并得到显示。(mpeg format decoder program, implemented in MATLAB and display.)

我自己编写的一个简单的粒子滤波跟踪代码。希望能对初学者有所帮助(I write a simple particle filter tracking code can hope to help beginners)

把当前图形窗中已存在的任何字对象拖放到所需的位置；向当前图形窗输入字对象，并拖放到任何所需位置。 (align current graphics window which has been in existence for the drag and drop any object to the word for the position; current graphics to the window object input characters, and drag-and-drop to any required position.)

AWGN信道下polar code编译码程序，其中包含Z参数在AWGN信道下的计算及信道极化的索引和排序。(Polar code coding and decoding on AWGN Channel including the Z parameter compution ，index and sort.)

使用vb和matrix画图，调用matlab函数(Using vb and matrix drawing, call the matlab function)

百个实用的matlab范例 1-32是：图形篇 33-66是：界面篇 67-84是：形理 (100 matlab practical examples 1-32 are: graphic papers is 33-66: 67-84 Part interface is: form the rationale for)

电动汽车轮胎侧偏角simulink仿真模型，输入为汽车的前轮转向角、汽车的横摆角速度、汽车的纵向速度和横向速度。(Simulink simulation model of the electric vehicle tire slip angle, enter the car' s front wheel steering angle, yaw rate of the car, the vehicle longitudinal velocity and transverse velocity.)