CFAR

里面是5个vc源代码,分别是关于: 视频采集 VC实现波形不闪烁动态绘图 一个类似 Windows 扫雷的游戏代码 图像与文字的合成 一款简单的RPG游戏-five vc source code, namely on : Video Capture VC waveform not blinked a similar dynamic mapping mine Windows image of the game code and the letter of synthetic one simple RPG

将激光器输出的时间序列转化成频谱序列，以更好的分析频谱特性(The time series of laser output is converted into frequency series to better analyze the spectrum characteristics.)

说明：  Modulo 3, VLAN, STP, VTP

National Training Team 2000 Proceedings

flash魔法表情源代码,两百几个,非常适合FLASH爱好者收藏及使用-Magic face flash source code, a number of 200, is ideal for lovers collection and use of FLASH

毕业设计动态多目标优化SGEA算法，可以有效解决多目标优化问题。(Dynamic multi-objective optimization SGEA algorithm for graduation design can effectively solve multi-objective optimization problems.)

说明：  雷达LMF信号分析、脉冲压缩处理、相参信号处理、恒虚警CFAR处理、目标信息提取处理(Radar LMF signal analysis. Pulse compression processing, coherent signal processing, CFAR processing, target information extraction processing.)

说明：  All 5G-NR decode examples

说明：  惯性导航系统是以陀螺和加速度计为敏感器件的导航参数解算系统，该系统根据陀螺的输出建立起导航坐标系，根据加速度计输出解算出运载体的速度和位置。本程序依据比力坐标变换和姿态阵解算的方法，利用MATLAB仿真捷联式惯导系统中陀螺和加速度计的输出，得到角速度和加速度仿真数据。 本仿真可作为课程学习的参考例程，也可作为撰写期刊论文的基础例程，“main_model.m”是主程序，各子模块均有注释。(Inertial navigation system (INS) is a navigation parameter calculation system with gyroscope and accelerometer as sensitive devices. The navigation coordinate system is established according to the output of gyroscope, and the speed and position of carrier are calculated according to the output of accelerometer. According to the method of specific force coordinate transformation and attitude matrix calculation, the output of gyro and accelerometer in strapdown inertial navigation system is simulated by MATLAB, and the simulation data of angular velocity and acceleration are obtained. This simulation can be used as a reference routine for course learning and basic routine for writing journal papers_ Model. M "is the main program, and each sub module is annotated.)

说明：  该模型是模拟小车避障的模型，可以实现路径规划(The model can simulate the obstacle avoidance of the car, and can realize the path planning)