a pictures for desktop

计算机科学与技术专业本科生的生产实习报告电子档-Computer Science and Technology undergraduate internship report the production of electronic files

由于SAR和可见光成象传感器图象的物理特征不同,因此进行匹配难度很大.本文在深入分析了这两种传感器图象物理特征的基础上,提出了一种图象匹配的新方法.该方法运用形态学滤波方法去除SAR图象斑点噪声,利用图象的边缘特征进行匹配,并采用多分辨率分级搜索技术减少计算量,在对实验结果进行分析的基础上提出了搜索真实匹配位置的准则,大大提高了匹配的准确率.通过实验对SAR图象斑点噪声滤波和SAR与可见光 图象匹配算法进行了验证,实验证明本算法的SAR图象去噪效果明显优于传统的Frost方法,图象匹配精度高、稳定性好.-err

an introduction to digital latches

汇编原理的中文课件，我是05的学生，这是老师提供的，比较新，希望可以帮到大家-compilation of the Chinese principle of courseware, I was 05 students, it is teachers, relatively new, the desire to help everyone

模拟连连看看的程序源代码。 可运行的。-Simulation procedure again and again to see the source code. Can be run.

本程序在六边形的元胞自动机上模拟单粒子运动,算法是基于FHP规则.用MATLAB编写.-hexagon in the process of cellular automata to simulate single particle movement, FHP is based on the rules. using MATLAB.

pc104硬件说明文档， 主要是cpu，串口通讯等的pdf 偶绘制pc104开发板的参考文档-pc104 hardware documentation, mainly cpu, the pdf serial communications development board pc104 dual mapping of the reference documentation

这是一个GRAPHCUT的一个应用，拿来和大家共享亚-GRAPHCUT of an application, and used to share Asia.

自己总结的常用104通信规约格式，新手上手可以参考-Summing up their 104 communication protocol commonly used formats, can refer to novice get started

* 本算法用最小二乘法依据指定的M个基函数及N个已知数据进行曲线拟和 * 输入: m--已知数据点的个数M * f--M维基函数向量 * n--已知数据点的个数N-1 * x--已知数据点第一坐标的N维列向量 * y--已知数据点第二坐标的N维列向量 * a--无用 * 输出: 函数返回值为曲线拟和的均方误差 * a为用基函数进行曲线拟和的系数, * 即a[0]f[0]+a[1]f[1]+...+a[M]f[M]. -* The algorithm using the least-squares method based on the designated function of M and N-known curve data to be imported and* : m-- the known number of data points M* f-- From M* n vector function-- known data points the number N-1* x-- known data points of the first N-dimensional coordinates listed Vector* y-- known data points of the second N-dimensional coordinates shown in a vector*-- useless* Output : function return value to the curve-fitting and the mean square error* for the use of a base function and the curve fitting coefficients,* is a f [0] [0] a [1] f [a] ... a [M] f [M].