色彩空間轉換 的英文怎麼說

中文拼音 [shǎicǎikōngjiānzhuǎnhuàn]
色彩空間轉換 英文
color shace
  • 色 : 色名詞[口語] （顏色） colour
  • 彩 : 名詞1 （多種顏色） variegated colour 2 （彩色絲綢） coloured [variegated] silk; colour festoons 3...
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 轉 : 轉構詞成分。
  • 換 : 動詞1. （給人東西同時從他那裡取得別的東西） exchange; barter; trade 2. （變換; 更換） change 3. （兌換） exchange; cash
  • 色彩 : colour; hue; tint; colouration; tincture; blee; shade
  • 空間 : space; enclosure; room; blank; interspace
  • 轉換 : change; transform; convert; switch
  1. Real - time conversion for color space in videophone

    可視電話的視頻色彩空間的實時轉換
  2. Secondly, on the adjustment of color, the processing from rgb color space to hsi color space can strengthen the information structure, and reduce the loss of color information. then, in hsi space, the method based on adaptive histogram equalization ( ahe ) is introduced to adjust the saturation and intensity. and then, the contrast is regulated further

    第二，在色彩調整方面，將圖像從rgb空間轉換到hsi空間中進行處理，這樣使得圖像的信息結構更加緊湊，並減少了顏色信息的丟失;在hsi空間中，採用自適應直方圖均衡（ ahe ）方法實現了圖像飽和度和亮度的調整，並進一步修正了圖像的對比度。
  3. Then slab ’ s area was located from the picture based on color image ’ s s weight ’ s trait of hsi space. every possible slab ’ s serial number regions were found out by its texture feature after a serial of image pre - treatment means was used on the picture. after the possible areas were removed by slab ’ s serial number region ’ s statistic features, all of slab ’ s serial number regions were located accuracy on the image

    首先將現場採集到的鋼坯彩色圖像由rgb彩色空間轉換到hsi空間，然後利用hsi空間中s分量的特性，定位鋼坯區域;接著對鋼坯區域進行一系列圖像預處理，對預處理后的圖像，利用鋼坯編號區域的紋理特徵選出待選的鋼坯編號區域，然後結合鋼坯編號區域的統計特徵，去除不合要求的待選區域，從而得到圖像中鋼坯編號區域的具體位置。
  4. It proves that the improved bp network model solves the nonlinear mapping problem of the color space transformation. the model will have certain significance to the further study of color management, and the corresponding screen color calibrator will have certain meaning and applied value

    改進之後的演算法很好地解決了色空間轉換中的非線性問題，對今後色彩管理的深入研究具有一定的理論意義;利用這一演算法研製的計算機屏幕色彩校準器具有重要的理論意義和實際應用價值。
  5. Due to the drawback of methods and devices of inspecting and controlling printing images in current printing industry, a new principle for transforming color spaces and color separation based on digital image processing and pattern recognition is presented, and a system for inspecting and recognizing dots ? dia ( dot image analyzer ) system based on colorimetric measurement is designed

    針對當前印刷領域中印刷圖像色彩檢測和控制的方式及設備存在的不足，本課題提出了一種新的基於數字圖像處理和模式識別技術的色空間轉換及分色原理，同時設計出了基於色度檢測法的網點檢測和識別系統? ? dia （ dotimageanalyzer ）系統。
  6. The thesis will directly help to further developing the close looped color control system of modern printers. the principle of transforming color spaces and color separation greatly contributes to the deep research of color reproduction in theory and the software developed has some applied value in printing quality control and image processing

    本課題的研究對進一步開發現代印刷機的閉環色彩控制有直接的指導作用：課題中提出的色空間轉換及分色原理對深入研究色彩復制理論有重要的理論價值；開發出的軟體在印刷質量檢測和控制以及圖像處理中有一定的應用價值。
  7. In order to solve the nonlinear mapping problem of the color space transformation, this thesis puts forward a new method by improving the bp artificial neutral network arithmetic on the basis of the study on the icc profile format specification and the characteristics of monitor color display, and realizes it in the software of visual c + + 6. 0 ; a screen color calibrator is developed by using the high - precision rgb color sensor ; the black - point and interconnections caused by the rgb color sensor are eliminated by the amended formulation

    本課題在對icc標準的色彩管理系統和顯示器的呈色特性進行研究的基礎上，針對顏色空間轉換的非線性映射的問題，提出了一種改進的bp神經網路的方法，並在vc + + 6 . 0軟體中編程實現了該演算法;利用高精度rgb顏色傳感器tcs230研製了一種屏幕色彩校準器。
  8. An optimized function of color interspace converting on the base of series of analyzes was conducted. by the means of an arithmetic of discrete consine transform and arithmetic of motion compensation, an better result was obtained

    在對其模式分析的基礎上，優化了色彩空間轉換函數，採用了較優的dct / idct演算法和運動估計和運動補償演算法，實現更好的傳輸效果。
  9. In general, three main steps can be distinguished in tackling the problem. first, before a facial expression can be analyzed, the face must be detected in a scene. based on color transformation and a novel lighting compensation technique, skin regions can be detected over the entire image ; then eye and mouth maps are constructed for verifying each face candidates

    所提出的人臉表情的自動識別方法主要分為三步，首先是人臉檢測，文中提出了一種基於色彩空間轉換和亮度補償的膚色檢測演算法，然後通過構建眼，嘴模板來進行人臉的特徵點定位，以及獲得圖像中人臉所在區域。
  10. One is the colorful watermark medical image electronic signature that based on the discrete wavelets transformation. in this method, using color medical images as the original image, a new watermark hidden algorithm, which uses mixed chaos sequences to preprocessing the electronic signature information, is presented. this algorithm transforms the color space, by changing wavelets ’ low frequency coefficient to embed the watermark in

    其中一種是基於離散小波變換的水印彩色醫學圖像電子簽名方案;在這個演算法中，採用彩色醫學圖像為原始圖像，提出利用混合混沌序列對電子簽名信息進行預處理的新的水印隱藏演算法，對真彩圖像進行色彩空間轉換，通過改變小波低頻系數將水印嵌入到小波的低頻帶。
  11. According to the drawbacks and stability of algorithms in color processing of printing images in current printing industry, a new method for transforming color spaces and color separation based on digital image processing and pattern recognition is presented, and a system of color printing micro - dot image has been designed

    針對當前印刷領域中印刷圖像色彩處理方式的穩定性及存在的不足，本課題提出了一種新的基於數字圖像處理和模式識別技術的色彩處理方式，即印刷色彩空間轉換及分色原理，同時設計出了一個彩色印品顯微網點圖像分色系統。
  12. Based on the color vision theory and the knowledge of color space and its transformation, the algorithm to transform these color space is designed and the internet applications to process colors is developed with the programming language vc + + 6. 0

    本論文基於顏色視覺理論，利用顏色空間及其轉換的數學知識，設計出幾大顏色空間之間的轉換演算法，通過可視化編程工具visualc + + ，開發出色彩處理的應用軟體。
  13. When working in color mode, the module pursues to do the color regress work based on polynomial color regress algorithm, which make the images captured standard in color and brightness. while working in gray mode, the module transforms the color images to the gray ones, base on an algorithm which presented in this paper. the name of it is adaptable gray converting algorithm the merging module is the kernel of our capturing system

    當工作在彩色模式時，該模塊利用基於多項式線性回歸的演算法進行彩色圖像的顏色還原，使採集來的圖像在色彩和亮度上回歸到cie的標準色彩空間;工作在灰度模式時，該模塊利用本文提出的一種基於方差極值的自適應灰度轉換演算法進行彩色圖像轉灰度操作，自動實現了彩色轉灰度的過程中最大限度保留原有細節的目的。
  14. To realize this novel method, a simple color space converting is performed to distinct skin pixels from non - skin ones, which utilizes the characteristics of human skin co lor distribution. after that, morphological operations are used

    根據人類皮膚顏色分佈的特徵，對彩色圖像進行簡單的顏色空間轉換后再使用簡單的形態學操作，這一方法即可實現。
  15. With euclid distance computed in hsv space, color image is translated into grayscale image, which segmentation methods can be applied in to partition the vehicle from the background

    通過在hsv彩色空間計算歐式距離，把彩色圖像轉換為灰度圖像，然後利用灰度圖像的分割方法對車輛進行分割。
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