搜索资源列表
.las文件读取
- 用C# 读取激光雷达扫描标准文件格式.las 因为las文件是二进制格式的,所以要读取文件必须知道文件数据格式。本程序通过读取点云las文件,获得点云坐标。
code
- 是激光干涉测量和合成孔径雷达相位解包裹原理算法-Is laser interference measuring and synthetic aperture radar phase solution package principle algorithm Two-dimensional Phase Unwrapping: Theory, Algorithms, and Software by Dennis C. Ghiglia and Mark D.
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- 是激光干涉测量和合成孔径雷达相位解包裹原理算法,《二维相位解包裹原理和算法》- Is laser interference measuring and synthetic aperture radar phase solution package principle algorithm Two-dimensional Phase Unwrapping:Theory, Algorithms, and Software by Dennis C. Ghigl
SDL_devel
- 程序库的使用,可以在C++的程序环境中直接调用该程序库,该程序是激光测距仪使用的程序库,方便快速使用激光雷达-The use of the library, call the library directly in the program environment C++ The program is a laser rangefinder library, easily and quickly using laser radar
LadarScanner
- 基于Visual C++的激光雷达数据读取和处理程序。激光雷达型号为LMS5-Based on Visual C++ lidar data reading and processing procedures. Model LMS511 laser radar
OpenRadar1.0
- 使用C++编写的激光雷达数据的读取和显示代码 用到OpenCV2.4,OpenCV下有很多图像处理的函数,进行激光雷达的处理时也是可以使用的。便于后面进行算法的开发和测试-Use C++ prepared lidar data read and display code uses OpenCV2.4, OpenCV under a lot of image processing functions, laser radar processing may also be used. Behind
LiDAR
- 机载激光雷达点云数据读取与显示,C++环境开发,对点云读取有效-LAS file reading. this is useful for reading of LiDAR data LAS file.this is very useful code.
OpenCode_luzhenbo
- [原创]混沌分析,聚类分析,支持向量机,群体智能优化,深度学习(卷积神经网络)Matlab工具箱全开源版本下载 作者: 陆振波 毕业院校:海军工程大学,船舶与海洋工程(水声工程),博士 精通方向:信号处理,图像处理,人工智能,模式识别,支持向量机,深度学习,机器学习,机器视觉,群体智能,非线性与混沌,Matlab与VC++混编,大数据 擅长技能:团队激励,战略规划,企业文化,组织架构,C,C++,Matlab,OpenCV,并行计算,图像处理,智能视觉,卷积神经网络,人脸检测,行
Laser-radar-point-cloud-c-PP
- c++激光雷达,技术开发,注意是c++,不是MATLAB-C++ laser radar, technology development, attention is c++, not MATLAB
RadarUncle-master
- 基于C#激光雷达的基站显示,可以很好的显示出激光雷达扫描页面,适用于初学者学习(Base station display based on C# laser radar)
激光雷达程序
- 激光雷达避障小车程序 keil5开发,可实现避障功能,自动躲避障碍物(The development of Keil 5 program for obstacle avoidance car of lidar can realize obstacle avoidance function and avoid obstacles automatically.)
UDPSeverForm
- 读取激光雷达的数据,并进行解析;然后根据时间进行距离标定。(Read the lidar data and analyze it)