激光脉冲测距仪的精度已提高到同相位式测距仪一样。
The accuracy of a pulse-type EDM1 is compatible with that of the phase-type instruments.
通过分析激光脉冲测距理论和激光产品的安全标准，得到了既满足探测需要又满足人眼安全条件的激光测距雷达的关键参数。
Detailed analysis of the laser pulse ranging theory, that the human eye not only satisfy the security conditions and meet the needs of detecting the rangefinder key parameters.
脉冲激光测距机最大测程测试方法研究。
Novel method for maximum range measure of pulse laser range finder.
脉冲展宽特性是激光回波的重要特性，其影响到回波接收信噪比和测距精度。
As an important feature, the characteristics of echo stretching affects SNR of received laser echo signal and ranging accuracy.
其飞行时间测量系统的设计很大程度上决定了自触发脉冲激光测距的测量精度和测量速度。
The ranging precision and measuring speed are decided by the design of the time-of -flight measurement system to great extent.
简要介绍了脉冲激光测距的工作原理及其光电特性。
The working principle and photoelectricity characteristics of the pulse laser range system are introduced.
通过对比研究激光对漫反射大目标、小目标和“猫眼”光学镜头的回波信号，给出激光主动侦察原理：对目标的距离测量应用脉冲激光测距原理实现；
Theprinciples of the laser active reconnaissance are explained via the comparison of the echo signal. target ranging isrealized by adopting the principle the pulse laser ranging.
与脉冲激光测距技术中用于测量时间间隔的传统方法相对比，这种方法简化了器件设计，提高了测量速度。
Compared with the traditional methods for measuring the time-gap in pulse laser ranging, this method can simplify the design of a device and improve its measurement speed.
摘要：高精度时间间隔测量对脉冲激光测距系统具有重要意义，为此提出了一种新的高精度时间间隔测量方法。
Abstract: The high accuracy time interval measurement is a key technique to pulsed laser ranging. Therefore, a new high precision time interval measurement method is proposed.
在红外激光测距中，一般是通过测量发射连续激光脉冲和被测目标回波信号的相位差而求得被测距离的。
We obtain the distance by measuring the difference of the phase between the continuous laser signal transmitted and the signal reflected by the object in the infrared rays distance measure.
论文中讨论了相位激光测距和脉冲激光测距的基本原理，并就两种方法的优缺点做了对比分析。
In this paper, the principles of laser range based on phase and pulse were discussed in this paper, and the advantages and disadvantages were compared and analyzed.
在脉冲激光测距系统研制、生产、使用和维护中，通常采用实际测距的方法对测距机的性能进行检验。
During the developing, producing, operating, and maintaining of the pulse laser range finding system, range finding is usually taken as a method checking the performance of laser range finder.
脉冲激光测距机体积小巧、测距时不需要辅助目标，因此便于携带且操作简单。
The pulse laser ranger is of small volume. During the ranging, the axially target is not needed. So it is portable and the operation is simple.
而高精度脉冲激光测距系统往往难以达到低成本和便携的要求。
So, the paper presents the time scale amplifying method to enhance the accuracy of the pulse laser ranging.
介绍了一种用于测试激光测距机系统性能的脉冲激光模拟器。
A pulse laser simulator used for testing the performances of laser range finder system is introduced in the paper.
本文介绍了一种co_2激光测距机用智能化计数逻辑及控制电路，该电路也可用于一般脉冲式激光测距机。
This paper proposes a intelligent count logic and control circuit. This circuit has been used in pulsed CO_2 laser rangefinder to improve the functions of the device.
本文介绍了一种基于脉冲激光测距的AGV安全防撞系统，该系统具有成本低，测量精度高等特点。
LD laser range finder system based on laser pulse ranging technology is presented. This system features low cost and accurate measurement.
本文提出了多脉冲激光测距的理论和实现。
In the dissertation a multi signal laser ranging is designed.
研究了激光测距用半导体脉冲激光测头。
本文针对微光图像与脉冲激光测距仪的数据信息实时融合与显示的方法及其实现进行了研究。
The method and realization of real-time fusing and displaying for LLL image and data of pulse laser rangefinder are studied.
提出了电荷灵敏前置放大器应用于APD激光脉冲探测系统以提高探测距离和探测精度的方法。
A method that charge sensitive preamplifier used in APD detection system of laser pulse was presented to enhance the range and precision of the detection system.
此系统结构简单，体积小，可靠性高，非常适合高性能手持式脉冲激光测距仪。
The time measurement system is adapted extraordinarily to high performance portable pulsed laser rangefinder for its compactness, simple structure, and high reliability.
研制了基于CPLD的脉冲激光测距飞行时间测量系统。
The flight time measurement system based on CPLD is developed.
本文旨在对脉冲激光测距系统进行一套全数字集成化方案设计，将激光接收与信号处理单元部分集成到一片现场可编程门阵列芯片上。
This paper aims to design a full digital integration project of laser range finder, and tries to integrate signal processing unit into a FPGA chip.
根据发射信号波形参数估算出脉冲激光探测的最大探测距离。
The maximal detection range can be estimated on the transmitted signal parameters in pulse laser detection.
通过对基于脉冲激光测距原理的半导体脉冲激光器的参数测量分析，研究了半导体脉冲激光的发射和接收。
The emission and receive of semiconductor pulse laser are researched, based on the laser rangefinder theory, parameter measure and character analyzing of semiconductor pulse laser.
摘要：论文中讨论了相位激光测距和脉冲激光测距的基本原理，并就两种方法的优缺点做了对比分析。
Abstract: in this paper, the principles of laser range based on phase and pulse were discussed in this paper, and the advantages and disadvantages were compared and analyzed.
本文研究了激光雷达相关理论及激光测距方法，基于脉冲激光测距法，给出了一种结构简单，可同时处理多路回波信号的测距电路。
Then this board can provide distance information for bistatic laser radar targeting system. This thesis is devoted to the research on the correlation theory of lidar and the methods of laser ranging.
通过提高脉冲激光测距中时间间隔的测量精度，可直接提高脉冲激光测距的精度。
The precision of the pulse laser ranging technology can be improved directly by improving the time-gap measurement accuracy in pulse laser ranging.
通过提高脉冲激光测距中时间间隔的测量精度，可直接提高脉冲激光测距的精度。
The precision of the pulse laser ranging technology can be improved directly by improving the time-gap measurement accuracy in pulse laser ranging.
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