The laser stripe scanning technique can be used in underwater imaging system to increase field of view and reduce backscatter.
条纹激光扫描成像方法能够同时满足水下激光成像系统对增大视场和减小后向散射光影响的要求。
The design of the synchronization control set for the laser underwater imaging system by distance trigger is one of the key techniques in the whole system.
距离选通激光水下成像系统中同步控制装置的研究设计是系统的关键技术之一。
This means of measurement will be widely used in the fields such as laser underwater imaging, underwater target detection and laser submarine communication.
该测量方法在激光水下成像、水下目标探测以及对潜激光通信都将具有重要的推广应用价值。
Because the absorbing and scattering effect of ocean water affect severely the distance and quality of underwater imaging, the application of this technology is limited seriously.
但由于海水介质的吸收和散射效应，严重影响了水下成像距离及图像质量，因而使其应用受到极大的限制。
An underwater low light level imaging system for underwater Anti-terror is introduced and some key techniques are discussed.
介绍了用于水下反恐的水下微光成像系统，并对设计的关键技术进行了论述。
Also, the system composing of phased array ultrasonic imaging and its key technique are given, which set base for underwater ultrasonic imaging in theory.
还提出了相控阵超声成像的系统构成以及其中应用的关键技术指标，为水下超声成像的研究奠定了理论基础。
Then the simulation of underwater sonar imaging detection is realized. This study provides an economic, practical and precise research platform for underwater sonar imaging detection.
从而实现了水下成像声呐探测系统的模拟，为水下声呐成像探测技术的研究提供了一个经济实用、高准确度的研究平台。
In this paper, the hardware system of the underwater receiving unit of the Acoustic 2d Imaging Sonar is researched and implemented.
本论文对二维成像声纳水下接收与处理单元的硬件系统的设计和实现进行了研究。
The photoelectricity imaging equipment underwater is used to analyze the object motion and supervise the actually situation underwater.
水下光电成像设备用于水下目标运动分析及实况监测。
Compared with common sonar system, more details from shape Outlines of underwater targets are obtainable for imaging sonar with higher resolution rate.
图像声纳与普通声纳相比，具有更高的分辨率，从而可以提供更多的水下目标外形轮廓的细节特征。
The paper introduces the capability of the "Automatic Underwater Digital Microcamera System" and its imaging products, and then discusses the possibility of using the system for forecasting red tide.
利用“水下全自动数字显微成像仪”拍摄了水中的浮游生物图像，介绍了仪器性能和拍摄结果，并对仪器用于赤潮预测预报的可能性作了探讨。
The synchronization controller is one of the key techniques in underwater laser range-gating imaging system.
同步控制器是水下激光距离选通成像的核心技术之一。
The virtues and the ways of laser imaging for underwater target are described.
简述了水下目标激光成像方法和优点。
Furthermore, some imaging processing techniques are proposed against underwater images which are low contrast and more noises.
另外，针对水下图像衬度低、干扰因素多的特点，对系统拍摄的图像进行了处理。
Delivering phenomenal, panoramic, underwater sonar-imaging in picture-perfect detail, the Lowrance StructureScan removes the guesswork, so you spend more productive time fishing.
他能为您提供惊人的超级细致入微的如同照片一样的成像图片。
Delivering phenomenal, panoramic, underwater sonar-imaging in picture-perfect detail, the Lowrance StructureScan removes the guesswork, so you spend more productive time fishing.
他能为您提供惊人的超级细致入微的如同照片一样的成像图片。
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