机译:基于图像融合的无人机地面车辆的可驱动路径检测
Department of Electronics and Communication Engineering Karunya Institute of Technology and Sciences Coimbatore India;
Department of Electrical and Electronics Oxford Engineering College Trichy India;
Department of Mathematics Karunya Institute of Technology and Sciences Coimbatore India;
Department of Electronics and Communication Engineering Karunya Institute of Technology and Sciences Coimbatore India;
unmanned ground vehicle; autonomous navigation; image fusion; SVM; support vector machines; ford campus vision;
机译:基于图像融合的无人机地面车辆的可驱动路径检测
机译:使用具有空间上下文分析的特征融合和基于缩放的单次拍摄器的无人空中车辆图像中的小物体检测
机译:基于显着区域检测的无人空中车辆图像的车辆检测
机译:基于路线图图像的无人机地面全局路径规划
机译:太阳能无人地面车辆的路径规划和能源管理。
机译:结合基于无人机(UAV)的多光谱图像和基于地面的高光谱数据估算水稻中的植物氮含量
机译:使用自适应多尺度图像分割和分类,从数字表面模型和无人空中车辆的图像融合中映射异构城市景观