camera rotation 中文意思是什麼
camera rotation
解釋
照相機旋轉-
Fixed camera fastening its interior is loaded with an electric motor, on installs the good camera after the level to be possible to adjust the angle which the camera deals with, after achieved the best surveillance effect may accept the automatic control regulator by the electric motor the signal precisely to move the localization in under the control signal function, the camera already may automatically carry on the horizontal scanning to monitor the region, also may in under the monitoring center attendant s operation the moving surveillance object input voltage : ac 24v 50 60hz, 110v 60hz, 220v 50 60hz external dimensions : 119mm 115mm is high the weight : 0. 9kg material : abs high strength casts takes shape the degrees rotation : level biggest : 350, vertical 90 may adjust the velocity of whirl : 5 second 4 seconds revolve the spacing : exterior spacing card tunable load : 7kg function input plug : 1
Kl - 306室內水平雲臺是安裝，固定攝像機的支撐設備.它內部裝有一電動機，在水平雲臺上安裝好攝像機后可調整攝像機俯仰的角度，達到最好的監視效果后可由電動機接受來自控制器的信號精確地運行定位.在控制信號的作用下，雲臺攝像機既可自動進行水平掃描監視區域，也可在監控中心值班人員的操縱下跟蹤監視對象 -
Missdistance error due to rotation in multiple ccd butting camera
拼接相機系統中靶面的旋轉誤差 -
Movie editing, slide show playback, image rotation, image pasting, crop frame, pictbridge direct printing, e - mail copy, date imprinting, remote camera
短片編輯、滾動顯示（ slideshow ）播放、影像旋轉、圖像黏貼、裁剪、 pictbridge直接列印、電郵式副本復制、日期列印、 pc網路相機 -
( 2 ) study how to realize camera self - calibration directly from image sequence under special imaging condition ( camera pure rotation )
（ 2 ）研究了在特殊成像條件（攝像機純旋轉）下直接由圖像序列進行自標定的方法。 -
Camera calibration is a very important part in 3d reconstruction, in this paper the discuss on camera calibration is divided into three parts : ( l ) scene structure information based camera calibration ; ( 2 ) camera initiative information ( pure rotation ) based camera self - calibration ; ( 3 ) camera self - calibration which is independent of scene structure information and camera initiative information
在三維重構的過程中攝像機標定是一個及其重要環節，本文對攝像機標定的研究分為三個部分： （ 1 ）基於場景結構信息的標定； （ 2 ）基於攝像機主動信息（純旋轉）的自標定； （ 3 ）不依賴場景結構和攝像機主動信息的自標定。 -
By taking advantage of parallel lines and orthogonal lines in architecture, the camera internal parameters, rotation and translation can be recovered from a set of un - calibrated images via computing absolute conic and vanishing points. the euclidean 3d model of architecture ( up to a scale factor ) can be recovered too
利用建築物中常見的平行直線和正交直線等特點，通過絕對二次曲線和消影點等射影幾何量的計算，可以從圖象中恢復攝像機的內參數、旋轉和平移位置，同時恢復建築物的三維歐氏幾何模型（相差一個尺度因子） 。 -
The necessity and possibility to estimate and compensate camera rotation in the long focus imaging system is proposed according to characteristics of airborne imaging system. and choosing some points that have great gray levels as image characteristic to estimate motion is also given
針對機載成像的特點，提出了長焦距攝像系統檢測和補償旋轉運動的必要與可能性以及利用選擇特徵圖像中的最大灰度值點，作為圖像特徵來估計圖像序列幀間運動的方法。 -
The merits of our algorithm include following : ( l ) the camera need n ' t be calibrated, and imposes no strict limit on camera rotation angle between conjoint images. ( 2 ) the registration image accords with projection model to ensure that the registration image is real. ( 3 ) the results of experiments using image fusion based on wavelet transform show that the combined image is smooth and almost seamless
本文提出的圖像拼接演算法有以下優點： （ 1 ）不需要標定相機，不嚴格限制拍攝相鄰圖像時相機轉動的角度； （ 2 ）依據投影模型進行圖像對齊，保證其真實性； （ 3 ）基於小波變換的圖像融合實驗表明融合圖像光滑無縫。
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