UC using MILP

简单的labview示意程序。在主界面点击按钮，弹出子界面的同时隐藏主界面(Click the button at the main interface, while the main interface is hidden while the interface is popping up.)

说明：  基线校正代码，包括小波基线校正及滤波器基线校正，可用于光谱数据的预处理。((Baseline correction codes, including wavelet baseline correction and filter baseline correction, can be used for preprocessing of spectral data.))

自己编写的java版本的类超级玛丽游戏，内含两个关卡，并保证所有的元素尽可能出现一次；源代码的注释比较详细(I have written the java version of class Super Mario game, containing the two checkpoints, and to ensure that all the elements as much as possible once source code comment in more detail)

卡尔曼在目标跟踪中的应用本文对作匀速运动的二维空中机动目标进行研究，利用交互式多模型方法对雷达目标进行跟踪-target tracking in the application of this uniform motion for the two-dimensional aerial maneuvers goals, use of interactive multi-model approach to tracking radar targets

一个用vb模拟的《疯狂坦克》游戏，建筑物的损害，杀伤力的计算 都很巧妙 -with a simulated "Fengjuetanke" game, the damage to buildings, these calculations are very clever

对于学习信息论的各位朋友们帮助很大，精炼易懂(It is very helpful for those who study information theory,it is Refining and easy to understand. )

说明：  winhex教程,讲述数据恢复的原理和方法。(winhex tutorial about data recovery principle and method.)

说明：  四旋翼无人机是一种具有六个自由度和四个输入的欠驱动强耦合、外型新颖结构简单的飞行器。由于其具有制造成本地、重量轻、体积小、操作简单、使用方便、隐身性好、对作战环境要求低的特点，使其能准确、高效的执行各种军事或民用任务，因此四旋翼无人机具有一定的军事和民用价值。本课题针对四旋翼无人机的特点和飞行原理，对其动力学分析以及运动控制的研究，利用牛顿—欧拉方程，建立了四旋翼无人机的动力学模型,并针对该模型设计了PID四通道控制系统,且在Matlab/Simulink仿真平台上,利用PID控制系统对四旋翼无人机进行仿真，完成了对四旋翼无人机运动控制和与地面运动物体的交会，仿真结果表明：仅仅通过改变四只旋翼的转速来改变升力，进而改变四旋翼无人机的姿态控制和位置控制，从而实现了四旋翼无人机的运动控制以及与地面运动物体的交会。(Height Control of Four-Rotor Aircraft)

24小时教会你python的常用功能，减少初学者的学习时间，提高学习效率-24-Hour Church of your python commonly used functions, reduce the learning time for beginners to improve learning efficiency

说明：  9285无线驱动0000000000000(9285 Wireless Driver 000000000000000)