微光电视

微光电视的水下应用

Underwater applications of LLLTV

加权均值滤波器减少微光电视图象噪声

Decrease the Noisiness of the LLTV Image with Weighted Mean Filter

微光电视自适应实时帧积分处理图像增强

Real-time adaptive accumulation technique for low light level TV image enhancement

微光电视图像的实时降噪处理系统

A Real Time Noise Reduction System for Low Light Level Imaging

一种微光电视图像预处理方法的硬件实现

The Implementation of an Algorithm for the Low-Light-Level TV System

武装直升机微光电视瞄准原理分析

Analysis on Armed Helicopter Low Light Level Television Aiming Principle

人卫激光测距系统的微光电视导星

The guiding system with a SIT-TV camera in satellite laser ranging system

微光电视在光测设备上应用的若干问题

Several Problems in Applications of Optical Measurement Equipments with Faint Light TV Camera

介绍了一套微光电视图像的预处理系统。

An image processing system for Low-Light-Level TV is introduced in this paper .

文中简要分析了微光电视的噪声；

The properties of noise in low light level television systems are briefly discussed .

数字式可编程微光电视图像实时处理系统

Digital Programmable Real-Time tow light Level TV System

双谱假彩色微光电视系统原理与技术研究

Study on Principle and Technology of Two Colour False Colour Low Light Level TV System

微光电视成像系统表征方法

Characterization method for low-light-level TV imaging system

GB/T15465-1995微光电视摄像机总技术条件

General specification for low-light level television cameras

带激光光源的智能微光电视

Intellectual Night-television With Laser Light Source

成像光谱法光纤光栅传感解调技术的研究GB/T15465-1995微光电视摄像机总技术条件

Study on Imaging Spectrograph Method for FBG Sensing Interrogation Techniques ; General specification for low-light level television cameras

得到了微光电视跟踪定位系统的统计跟踪率误差曲线。

The error curve of statistical tracking ratio of a low light level TV tracking positioning system is obtained .

最后，提出了微光电视图像噪声抑制算法的评价方法。

At last , the assessment method of the degression of image enhancement algorithm on image noise is proposed .

文中主要研究对象是某型武装直升机加装的微光电视瞄准系统。

In this paper , we aim at the low light level television aiming system equipped on some type of armed helicopter .

军事和空间技术的要求促进了微光电视技术的发展。

Development of low light level ( LLL ) TV techniques is advanced because of the demand on military affairs and space techniques .

该方法可直接应用于微光电视系统，能够显著地提高微光图像质量。

In low light level television system , this method can be used directly and the quality of the image can be improved greatly .

文中根据模糊数学和神经网络的基本原理，建立了一个基于模糊神经网络的微光电视故障诊断模型。

The paper build a glimmer - TV Fault Diagnose System based fuzzy and neural , according to the theory of fuzzy and neural .

本文主要叙述微光电视水下应用的基本原理、方法和试验结果，并讨论了其优点及应用前景。

This paper describes the basic principles , methods and test results of LLL TV for underwater applications , together with the advantages , disadvantages and prospects .

针对第二代近贴聚焦系统和第三代像增强系统，建立了微光电视成像系统的能量增益理论模型；

Focusing on the second generation proximity focusing system and the third generation imager intensifier system , energy gain theoretical model of LLL TV imaging system is derived .

该文对双谱假彩色微光电视系统的原理进行论述，探讨了实现双谱假彩色微光电视系统的有关技术。

This thesis puts emphasis on study on principle and technology of two colour false colour low light level TV system , pursuing the related techniques of realizing .

微光电视是工作在微弱照度下的电视摄像和显示设备，它是微光夜视技术的重要分支。

Low-light level television is an important branch of LLL night vision technology . It is a combination of television camera and monitor device , which works in a low light intensity environment .

在分析微光电视成像系统的基础上，提出了适用于微光电视成像系统仿真所用的微光场景图像数据的要求及生成方法；

On the basis of analyzing low-light-level ( LLL ) TV imaging system , this paper presents conditions required and generation method of LLL scene digital image data suitable for LLL TV imaging system simulation .

本文在分析微光电视成像特点及微光双谱探测理论的基础上，重点开展了双通道微光与紫外双谱融合彩色夜视方法研究。

In the dissertation , on the base of the analysis on the imaging characteristics of the low-level light TV image , a technique of double channel 's low-level light and ultraviolet dual-band fusion color night vision method research is investigated .

叙述三代像增强器及其相关的夜视仪和微光电视的发展现状，评定像增强器探测和识别目标的能力，探讨提高微光夜视系统作用距离的途径。

The current development state of the third generation image intensifier and related night vision Instruments and LLL TV is described , the target detection and recognition abilities of image intensifier are evaluated , and an approach to increase the operating distance of LLL night vision system is studied .

微光CCD电视系统性能测试是微光成象技术的重要组成部分。

Performance test of low light level ( LLL ) CCD TV system is an important part in LLL imaging .