创新实验

说明：  基于V5.2算法计算Landsat8地表反射率(calculation Surface Reflectance based on V5.2)

说明：  可以用于固定翼飞机运行仿真以及相关的优化(for running simulation/optimisation of fixed wing aircraft)

游戏规则 目的：在本游戏中，你将作为一名裁缝，将尽可能多的纽扣穿成 一个闭合的路线。游戏初始有 15 个纽扣，随着时间的增 加，纽扣数目也增加，当达到70个时游戏即结束。 规则：只能在有纽扣的点穿线，且只能在水平方向或竖直方向穿 线。线可交叉，但有纽扣的点不能交叉连接。 秘诀：要尽可能使连线长且该连线上的纽扣数多。-Rules of the game Objective: In this game, you will serve as a tailor, will be wearing buttons as much as possible into a closed line. The initial game there are 15 buttons, as time increases, the number of buttons has also increased, when the reach 70, when the game to an end. Rules: only point in a button threading, and only in the horizontal direction or vertical direction of threading. Line to cross, but the point can not be cross-connect button. Tip: To the extent possible, to connect the connection on a long and a few more buttons.

精饲料单放机快速地翻看联赛积 v-Feed player quickly look at the plot League player feed quickly look at the league plot v

/* 描述： 1.自定义分数类fraction，使用该类可以完成分数的输入、分数的加、减、乘、除二目运算和一目减运算、分数的约分操作、分数的倒数运算、对两个分数进行六种比较运算、以及对分数的输出等操作。 2.尽量用运算符重载函数。如，可重载+、-、*、/、>、>=、 =,< ,< =,==,!=, in order to achieve a variety of computing scores. And achieve scores and mixed integer operations. 3. As far as possible to consider application performance.

一个关于RBF的神经网络算法，对学习RBF网络的同志有很大帮助和引导。(one of the RBF neural network algorithm, to learn RBF network comrades great help and guidance.)

Microsoft Visual C++ 5.0 vc++ 5.0 vc5.0 安装盘-Microsoft Visual C++ 5.0 vc++ 5.0 vc5.0 installation disks

说明：  奇异值是信号去噪的常用方法，对非线性非平稳信号的分析产生了重大影响。(Singular value is a common method of signal denoising, which has a great influence on the analysis of non-linear non-stationary signal.)

一个普通的小游戏，没有什么功能，就一个小游戏(An ordinary little game, no function, just a junk game)

走迷宫 Find a path through the maze to any space character in the perimeter of the maze. Paths through the maze are denoted by a space character and walls by any other non white-space character (apart from . characters). -Maze Find a path through the maze to any space character in the perimeter of the maze. Paths through the maze are denoted by a space character and walls by any other non white-space character (apart from. Characters).