laser-camera system 中文意思是什麼
laser-camera system
解釋
激光攝影系統-
Our production mainly applies to laser industrial processing, laser biological and medical treatment, laser application technology, laser machine, protection for work, eye safety, electric welding mask controlled by optics, the watch windows of tank and industrial stove, optical equipments, web camera, photography system of mobile phone, projective system, ccd, cmos, lcd, dlp, lcos, dvd, telescope, gun aiming, stage, medical treatment, uv solidifying, screening, and other lamps and lanterns
公司產品主要應用於：鐳射工業加工、鐳射生物醫療、鐳射應用技術、鐳射器元器件、作業防護、眼睛防護、光控電焊面罩、坦克、工業爐等視窗、光學儀器、攝像頭和手機攝像系統、投影系統、 ccd 、 cmos 、 lcd 、 dlp 、 lcos 、 dvd 、望遠鏡、槍瞄、舞臺、醫療、紫外固化、紫外光源和放映等燈具中。 -
So the flow field visualization in intake duct was realized. according to the experimental requirements, tow different transparent intake duct model were designed. a real - time holographic interferometry measuring system was developed, in which he - ne laser was used as light source, and a ccd ( charge coupled device ) video camera was used to grab the interferogram. a intake simulation system was build - up
本文根據研究要求，用甲基丙烯酸甲酯製作了兩種不同類型的進氣道透明模型；設計並建立了利用he - ne激光器做光源的實時全息干涉測量光學系統；設計了一套能夠模擬進氣道在某一氣門升程時的進氣系統，用mtv - 1802cbccd攝像機對干涉條紋進行了實時採集。 -
The landing site coordinate system is first defined from the image coordinates of three feature points obtained using an optical navigation camera and the distances from the spacecraft to each fp measured using a laser range finder
首先利用特徵點的圖像坐標和探測器到三個特徵點的距離信息構建了著陸點坐標系，確定了探測器相對著陸點坐標系的位置和姿態。 -
And we also provide a detection method whose precision is on the order of micro radians. all of the above is based on technologies on ccd, dsp digital control and digital procession of images. we design a optical amplifier system matching the specified ccd camera, in order to catch qualified laser beam spot images
本論文對光通信精跟蹤的技術進行了論述、分析，在此基礎上提出實現十微弧度跟蹤精度的精跟蹤系統原理樣機的設計方案，及能檢測微弧度量級的檢測方法，這主要基於ccd探測技術、 dsp數字控制技術和數字圖像處理技術。 -
The design of the laser and its bracket, neutral density filters, lens, and digital camera are complete in the hardware design ; the image collection and centroid calculation are complete in the software design ; and the experiment of straightness calibration is accomplished. the possible errors are analyzed about the whole system, and some methods to decrease the errors are put forward
硬體部分主要完成了激光器及其支架、衰減片組、透鏡組和數字相機的結構設計;軟體部分主要完成了圖像的採集和質心的求取;最後進行了直線性校準實驗，並對實驗過程進行了誤差分析，提出了減小誤差的方法。
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