image compensation camera 中文意思是什麼

image compensation camera 解釋
影像補償照相機,影像補償攝影機
  • image : n 1 像,肖像,畫像;偶像。2 影像,圖像。3 相像的人(或物);翻版。4 形像,典型。5 形像化的描繪。6...
  • compensation : n 賠償;補償(金);報酬 (for);〈美國〉薪水,工資 (for); 【機械工程】補整;【造船】補強。com...
  • camera : n. 1. (pl. cameras) 【攝影】照相機;電影攝影機;電視攝像機;暗箱;暗房。2. (pl. camerae ) 【法律】法官室。3. 羅馬教廷的財政部。
  1. Auto - iris control " intelligent digital image processing circuit camera br " br cameras integrated design " br backlight compensation function " br technical

    自動聚焦,自動光圈控制智能數字映像處理電路鏡頭攝像機一體化設計
  2. Image motion compensation ( imc ) is the key technology of high - resolution space camera. image motion speed is seperated into two vectors in image coordinate for the existence of the drift angle : the forward direction image motion speed and the crosswise image motion speed. in fact, drift angle control eliminates the crosswise image motion speed, so it is a part of image motion compensation

    在空間照相,由於偏流角的存在,使得像移速度在像面坐標系存在兩個分量:前向像移速度和橫向像移速度,偏流角控制本質上是消除橫向像移速度,因此,偏流角控制是空間相機像移補償的一部分。
  3. At first, the history and the classification methods of aerial survey camera is introduced. in allusion to lmk aerial survey camera. this paper introduced the target of the image motion compensation

    文章首先系統的概述了航空攝影機的分類方法、發展歷史、設計特點,重點突出了本文所涉及的lmk航空攝影機前向運動補償控制系統的由來、方法及其基本技術要求。
  4. We could have it as the foundation for the aerial survey camera redesign. the performance of the collectivity is analysed finally, the effect of forward motion compensation is estimated. the equivalent residual image motion of the compensation control system is very small

    最後,本人利用tms320f240dsp處理器的部分資源,對前向運動補償控制系統的軟體實現方法進行了研究和探討,取得了較為滿意的控制效果,為今後航空攝影機電控系統的設計工作打下了基礎。
  5. The system includes the computer imitation of the optimal design of optic imaging, and the technique of compensation and influence on the visional information arising from the movement of robot ; accurate description and effective arithmetic on the 3 - dimention model construction, camera calibration, recognition, registration, location, tracing of underwater objects are studied, by using the video information from the image grabber

    本課題來源於智能水下機器人技術中的「水下機器人信息處理和理解技術」項目的基礎研究課題。主要內容是通過水下攝像機和圖像採集卡,得到的視頻信息,來研究水下物體的邊緣提取、攝像機標定、定位演算法的研究。
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