2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direct-Detection LADAR Systems2010-Direc

基于TI MSP-EXP430FR5969_Software_Examples_windows

linux 软件开发

A static-mode synthetic aperture imaging ladar (SAIL) in which the target and carrying platform are kept still during the collection process is proposed and demonstrated. A target point of 0.5 mm \times 0.5 mm and a two-dimensional (2D) object are reconstructed in the experiments, in which an optical collimator with a focal length of 10 m is used to simulate the far-field condition. The achieved imaging resolution is in agreement with the theoretical design. The static-mode down-looking SAIL has