1) underwater laser image
激光水下图像
1.
Application of MATLAB in underwater laser image processing;
MATLAB在激光水下图像处理中的应用
2) underwater laser imaging
水下激光成像
1.
The model for a new kind of underwater laser imaging system is proposed.
提出了一种新型水下激光成像系统的模型 ,计算了该系统的成像距离和成像质量与光束发散角、接收视场角、快门开启时间等主要参数的关系 ,降低背景光的影响与提高光脉冲质量能有效地提高成像距离和成像质量。
2.
To advance the quality and overcome the disadvantage of common histogram equalization,a new method was proposed based on analysis of characteristic of underwater laser imaging.
由于水体对光存在着不可克服的吸收和散射效应,距离选通水下激光成像系统所获得的图像存在不同程度的劣化问题。
3) laser underwater imaging system
激光水下成像
1.
The active laser underwater imaging system of far distance puts strict demands on the expanding ability and adaptability to the distance of the expanding system.
为了在不同的成像距离处都获得适当大小的光斑,论文对激光水下成像发射光学系统进行了研究,设计了一种变倍的发射光学系统,研究了激光光束通过该发射光学系统的变换规律,推导了目标距离与变倍光学系统动镜组的位置调整量的数学关系,提出了激光水下成像变倍发射光学系统的控制方案。
4) laser image
激光图像
1.
Compared to the other types of photoelectric smoke detectors, a new fire detection technology of laser image based on light scattering was developed.
通过与其他类型的光电感烟火灾烟雾探测技术的比较,阐述了基于光散射的火灾烟雾粒子激光图像探测技术的原理、特点和技术优势。
2.
Fiber laser image measure system has the special advantage of spatial filter of background light.
开发出了具有自主知识产权的一种新颖的光纤式激光焊缝跟踪传感系统,该系统基于线结构光测量原理,利用光纤所具有的自由度大、能弯曲及易实现长光路等特点,构成灵巧的全光学传感探头;信号处理部分由以DSP为核心的微处理器、视频A/D、CPLD逻辑单元等组成,整个测量系统结构简单紧凑、便宜实用;与传统的激光焊缝跟踪传感系统相比,光纤激光图像传感系统具有对背景光空间滤波的独特优势。
3.
FPGA did pre-Laser Image.
本文在DSPC6416的基础上对激光图像跟踪系统进行了详细的阐述。
5) laser & imaging
激光图像
1.
Study on stability of laser & imaging deflection measurement system;
激光图像挠度测量系统稳定性实验研究
2.
In order to enhance precision of the two-dimensional laser & imaging deflection and displacement measurement system,we improved the system based on its structure and designed by analyzing its structural characteristics and the possible reasons for the errors.
为提高二维激光图像挠度/位移测量系统的测量精度,通过对系统的结构特点及其可能造成误差的原因分析,从结构和设计上对系统进行了包括对称激光器安装、弱衍射激光准直装置和激光靶标的水平安装等方面的改进。
6) underwater image
水下图像
1.
Research on Underwater Image Pre-Processing Based on Entropy and Recognition of Underwater Object;
基于熵的水下图像预处理和水下目标识别方法研究
2.
A new method for underwater image enhancement based on local complexity
一种基于局部复杂度的水下图像增强方法
3.
For the underwater image of swimming pool, its S/N is low and the edge is fuzzy.
由于泳池水下图像受水波干扰较为严重。
补充资料：高光谱分辨率遥感图像及图像光谱信息提取
高光谱分辨率遥感图像及图像光谱信息提取
高光谱分辨率遥感图像及图像光谱信息提取 郑兰芬供稿
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条