亮度校正 的英文怎麼說

中文拼音 [liàngjiàozhēng]
亮度校正 英文
luma corrector
  • : Ⅰ形容詞1 (光線強; 明亮) bright; light 2 (聲音強; 響亮) loud and clear; resounding 3 (開朗; ...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • : 校名詞1. (學校) school 2. (校官) field officer3. (姓氏) a surname
  • : 正名詞(正月) the first month of the lunar year; the first moon
  • 校正 : check; correction; adjust; revise; proofread and correct; rectify; calibrate; make true; master c...
  1. Signal system : pal ntsc, easy system shift rechargeable battery, about 180 - 240 minutes of playback with included battery pack, standard accessories

    精畫圖像技術,對比飽和銳利和gama效果分檔分量調整
  2. The study of this paper indicates that, the combined binarization method can keep details well and tolerate the abominable state ; the method to estimate skew angle based on radon transformation is very exact, and the distortion of corrected image is also very little ; the vlp location method based on wavelet analysis and intensity moment has a high location exactness and a soon processing time ; and intelligent character recognition machine can accomplish the function of self - adaption, self - correction, self - study, etc

    本文研究表明:混合二值化方法能較好的保留圖像細節,抗噪聲能力強;基於radon變換估計傾斜角的方法檢測角精確,後圖像失真較小;基於小波分析和矩的車牌定位方法定位準確率高,速快;仿人智能字元識別器則能實現識別字元過程中的自適應、自、自學習功能等。
  3. Still picture display i p b freezes an image to allow for precise picture quality adjustment auto switching field frame still for added versatility

    精畫圖像技術,對比飽和銳利和gama效果分檔分量調整
  4. 2. a series of algorithm and program for tangent correction, radiant correction have been developed, the tangent distortion and the difference between limb radiance and sub - airplane point ( nadir ) radiance was corrected well

    對圖象進行了,提出了一種基於直方圖匹配的邊緣輻射演算法,改了圖象邊緣列與中心列的差異。
  5. In this paper, the digital image real - time processing system was a very important part of fed driving circuit system. altera fpga chip was used to complete operation on reading and writing and timing control of fed image data. the image process algorithms mainly used gray - level transformation in the theory of image enhancement, and the algorithm realized luminance non - uniformity control, gray - level non - linear correction and automatic power control for fed

    本文設計的基於fpga技術的數字圖像實時處理系統是fed驅動系統中的重要組成部分,其核心部分採用了altera公司的fpga晶元,實現對fed圖像數據讀、寫操作和時序控制等,而圖像處理的演算法部分主要是利用圖像增強技術理論中的灰變換方法,實現對fed的非均勻性控制、灰非線性以及fed的自動功率控制。
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