激光雷达

这款应用采用激光雷达来实现误差不超过10厘米的高精度地面建模，并结合一天中太阳的运行轨迹，来计算出一天中任何时候的阴凉路径。

The app uses a tool called Lidar to create high-resolution models of ground elevation , accurate to within 10cm . This information is combined with data on the sun 's path to work out where is in shade at any given time of day .

非线性拉曼激光雷达测量CO2气体的研究

Study on the Nonlinear Raman Lidar Monitoring the CO_2 Gas

线性调频CO2相干激光雷达的一种脉冲压缩方法

A Method of Chirp Signal Processing for CO_2 Coherent Radar

折衍混合式相干CO2激光雷达天线系统性能研究

Performance Study on CO_2 Coherent Laser Radar Incorporate Antenna System

嵌入式DSP激光雷达距离图像处理系统

An Embedded DSP System of Laser Radar Range Image Processing

探测低空大气CO2浓度分布的近红外微脉冲激光雷达

Near infrared micro pulse lidar of profiling atomospheric co_2

受激拉曼增益激光雷达测量CO2气体

Stimulated Raman scattering gain lidar for monitoring CO_2 gas

使用DSP鉴相器的激光雷达测距系统

Lidar Distance Measurement System with a DSP Phase Detector

光自差CO2相干激光雷达光学头设计与测试

Design and testing of optical head for coherent CO_2 laser radar of autodyne detection

CO2差分吸收激光雷达测量灵敏度的数值分析

Numerical analysis of CO_2 DIAL measurement sensitivity

Raman激光雷达探测对流层中上部大气温度分布

Raman Lidar Measured Temperature Profiles in the Mid - and Upper Troposphere

探测大气中CO2的Raman激光雷达

Raman lidar for profiling atmospheric CO _ 2

ANSYS在激光雷达伺服转台静力分析中的应用

Application of ANSYS program in static load analysis of lidar servo rotate equipment

基于DSP和CPLD的激光雷达图像采集和显示集成系统

Laser radar image acquisition and display integrated system based on DSP and CPLD

介绍了一台氮分子（N2）Raman激光雷达系统。

N2 molecule vibrational Raman lidar is described in this paper .

武汉上空背景Na层长期变化和夜间变化特征的激光雷达观测研究

Lidar Study of the Background Na Layer Over Wuhan : Long Term and Nighttime Variations

综上所述，距离选通阵列探测3D成像激光雷达的方案具有可行性，所设计的距离选通阵列探测3D成像激光雷达原理验证性系统工作稳定，满足系统的设计要求。

The experimental system of range gated array detects 3D imaging laser radar we designed work steadily , meet the design requirements .

频率稳定的单纵模TEACO2激光器是相干探测CO2激光雷达的关键器件。

A frequency stabilized single longitudinal mode ( SLM ) TEA CO2 laser is the most important part of coherent detection CO2 laser radar .

激光雷达（Lightingdetectionandranging，LIDAR）是一种主动遥感技术，能够精确地获取地表物体的三维特征信息。

Lighting detection and ranging ( LIDAR ) is an active remote sensing , which can precisely acquire 3D feature information of earth objects .

Mie散射激光雷达研究大气边界层特性

Study on the Characteristics of Atmospheric Boundary Layer by Mie Scattering Lidar

基于Fabry-Perot标准具的多普勒测风激光雷达

Doppler wind lidar based on Fabry-Perot etalon

百度还表示已与福特（Ford）一起投资了激光雷达公司VelodyneLiDAR。

Baidu also said it had invested , along with Ford , in a laser radar company , Velodyne LiDAR .

另外，本文设计了光电编码器和磁航向传感器测量电路，建立激光雷达和上位PC通讯过程，满足了结构化环境中机器人自定位／导航的硬件要求。

In addition , this paper designed photo electricity encoder sensor and magnetism course sensor measure circuit , and set up the laser measure system to communicate with the PC.

为了提高红外激光雷达测距系统的测量精度和可靠性，设计并实现了基于高速模数转换器和数字信号处理（DSP）技术的DSP鉴相器。

As a result , the lidar distance measurement system we have developed with a DSP phase detector has a precision of3 millimeters in the measuring range of2 kilometers .

针对长程直接探测CO2差分吸收激光雷达，研究了系统的探测性能。大气CO2含量分布激光雷达监测

For long-range direct detection CO _ 2 differential absorption lidar ( DIAL ), the detection performance is researched . Lidar system for detecting the atmospheric CO _ 2

采用4阶Kalman滤波和χ2检验方法对雷达原始信号进行处理，开发车载扫描式激光雷达探测系统。

Kalman filter and χ ~ 2 method are used to the design of the radar signal processing algorithm and so to a scanning laser radar on vehicle .

介绍了自行研制的车载差分吸收激光雷达（DIAL）的系统结构和测量原理。

The system structure and the lidar principle of a mobile differential absorption lidar ( DIAL ) system designed by ourselves were described .

通过编写的VB程序对其进行控制，使其满足对激光雷达回波信号的采集要求，对回波信号进行采集。

The VB program by writing can control it in order to meet the requirements of laser radar echo signal acquisition which can collect the echo signal .

首先对3-D脉冲相干成像激光雷达系统作了简单的介绍，并且给出了针对该激光雷达系统进行的理论分析，给出了被动红外成像单像素统计模型。

First this paper introduces a three-dimensional laser radar and analyses the laser radar system , then introduces the forward-looking infrared ( FLIR ) system and its single pixel statistics .

由于激光雷达能够穿透植被覆盖层，而且有的激光系统集成GPS、IMU等设备，可以快速获取地形、地貌数据，获取植被高度数据，是工程测绘的全新手段。

Because LIDAR can penetrate the vegetarian and reach the ground which integrate GPS , IMU , it can fast get the all kind geography information .