在信号过程线性的前提下，根据强度象的瑞利判据建议扫描激光雷达角分辨本领公式。
With the premise of linearizing for the signal process, an equation for the angular resolution of the scanning laser radar is recommended according to the Rayleigh′s criterion for the intensity image.
为了增强传统二维激光雷达的环境几何信息采集能力，设计了一个快速三维扫描激光雷达系统。
To enhance the traditional 2d laser radar's capability acquiring geometric information of environment, a fast 3d scanning laser radar system was designed.
对于三维照相机系统、三维扫描激光雷达成像系统、一维扫描激光雷达系统及非扫描激光雷达成像系统的优缺点进行了分析比较。
The shortages and advantages of 3 D camera system, 3 D scanning ladar system, 1 D scanning ladar system and non scanned ladar system have been analysed.
Mikkelsen博士及其同事发现他们可以利用激光雷达来扫描将要到来的风，并且在其撞上涡轮之前预见其行动。
Dr Mikkelsen and his colleagues worked out that they could use lidar to scan incoming wind and determine how it was behaving before it struck the turbine.
系统的硬件由一套自行设计的基于2D激光雷达的三维扫描系统和一台电脑构成。
The hardware includes a computer and a set of self-developed 3D laser scanning system that is based on a 2D laser radar.
扫描精度是激光雷达液晶相控阵扫描组件的一个重要指标。
Thereby, the impact of the manufactural accuracy on the scanning accuracy must be emphasized for laser radar liquid crystal phased-array component.
激光相控阵雷达是一种结合激光雷达与相控阵技术的新体制雷达，采用电控电极电压实现光束控制和扫描。
Laser phased array radar is new system radar combining with laser radar and phased array technology. It controls the beam by electrically addressing electrodes.
自体解当用的角度，谈论了采取液晶相位扫描技巧给激光雷达体解设计带来的影响。
For the system application, the influence was analyzed theoretically, which was brought by using the technology of liquid crystal phase scanning.
设计了一套由运动控制卡、步进电机和2d激光雷达组合而成的3d激光雷达扫描系统。
A set of 3d laser radar scanning system which is made up of motion control card, stepper motor and 2d laser radar has been designed.
考虑到双基地激光雷达不同的应用需求，还设计了仅用于双基地激光雷达系统的激光扫描系统，并给出了相应的接收机设计方案。
Concerned with the different usage, the scanning system only use by Bi-static Lidar system based on prism or oscillating mirror and the receiving system is designed.
扫描系统作为单、双基地激光雷达共用发射扫描装置，同时兼顾了单基地激光雷达对目标后向回波信号的接收功能。
The scanning system can be used by both Mono-static and Bi-static Lidar system simultaneously and also can be used by Mono-static Lidar receiving system for back scattering of the target.
无扫描成像激光雷达是现在激光雷达的发展趋势之一。
Scannerless imaging ladar is one of developing trends of ladar.
星载激光雷达CALIOP实行对地例行的垂直切片式扫描，形成对地球大气中气溶胶和云高分辨的立体监测网。
Satellite Cloud-Aerosol Lidar (CALIOP) practices a routine vertically sliced scanning through the earth's atmosphere, forming a 3-D monitoring network with high resolution on cloud and aerosol.
星载激光雷达CALIOP实行对地例行的垂直切片式扫描，形成对地球大气中气溶胶和云高分辨的立体监测网。
Satellite Cloud-Aerosol Lidar (CALIOP) practices a routine vertically sliced scanning through the earth's atmosphere, forming a 3-D monitoring network with high resolution on cloud and aerosol.
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