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Intensity Normalization by Incidence Angle and Range of Full-Waveform LIDAR Data
Laser Data Full-Waveform Point Clouds Intensity
2015/12/16
The analysis of LIDAR data to extract surface features is of great interest in photogrammetric research. Our investigations show that the same material of a surfaces (e.g. gabled roof) yields to diffe...
Integrated Registration of Range Images from Terrestrial LIDAR
Registration Range Image Spatial Transformation Terrestrial LIDAR
2015/12/8
There are generally two kinds of LIDAR, airborne and terrestrial. Terrestrial LIDAR is outstanding for its high accuracy, hyper speed and high density. A single range image of terrestrial LIDAR usuall...
A Review of Recent Range Image Reconstruction Algorithms
Laser scanning (LIDAR) Reconstruction Computer Vision Comparative analysis Process modeling
2015/12/8
Preparing virtual models by data acquired from indoor and outdoor objects, comprehensively, have been ingratiated with specialists of geomatic science. Since previous years, specialists of computer sc...
Intensity Calibration and Imaging with SwissRanger SR-3000 Range Camera
Calibration Infrared Image Camera LIDAR Radiometry Close Range
2015/12/4
Intensity images acquired with range imaging instruments can be used in the future for various applications, e.g. face recognition, assisting blind people in travelling and walking, automatic robotic ...
基于Range-Doppler域相位补偿的ATI/DPCA数据配准方法
图像配准 相位补偿 方位向时间延迟
2009/4/30
合成孔径雷达通过沿航迹干涉(ATI)或天线相位中心偏置(DPCA)技术检测地面运动目标，需要对获得的不同通道数据进行方位向时间配准。该文首先根据测得的雷达参数进行粗配准，而后基于接收数据在Range-Doppler域内通过相位补偿思想精确估计两通道回波数据时间延迟，从而进一步提高数据配准精度。该方法无需插值操作，运算量小，仿真表明性能良好，可以满足实时配准要求。
NORMALIZATION OF LIDAR INTENSITY DATA BASED ON RANGE AND SURFACE INCIDENCE ANGLE
Full-waveform intensity normalization Lambertian law Phong model diffuse specular reflectance
2016/2/29
The analysis of airborne laser scanner data to extract surface features is of great interest in photogrammetric research. Especially for
applications based on airborne measurements, where the intens...
Focused Monostatic and Bistatic Range Doppler Imaging f Rotating Targets with a Coherent Pulse Radar
Focused Monostatic Bistatic Range Doppler Imaging f Rotating Targets a Coherent Pulse Radar
2014/4/16
Focused Monostatic and Bistatic Range Doppler Imaging f Rotating Targets with a Coherent Pulse Radar。