亮度基色 的英文怎麼說

中文拼音 [liàngdùjīshǎi]
亮度基色 英文
luminance primary
  • 亮 : 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 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 色 : 色名詞[口語] （顏色） colour
  1. This paper refers to several creation in compatibility with large volume of fed display and conversion of different video signal. it firstly used special central chip al300, designed correlative circuits, successfully developed vga full - color fed console system, compatible with resolution 1280 1024, achieved functions such as multi - video signal conversion and interleaving, met vga ’ s resolution of fed. it firstly designed and fabricated vga interface and separated video interface - - s - video, converting several video signals to 24 bits full - colored digital image signal in fed driving system, achieved separation of luminance signal and chromatism signal, enhanced the bandwidth of luminance signal

    首次採用平板顯示專用控制晶元al300 ，設計並製作了相關配套電路，支持的最高解析度是1280 1024 ，實現解隔行和多種視頻格式轉換的功能，滿足了fed顯示屏對vga解析度的要求。首次在基於fpga的vga級彩色fed控制系統中設計並製作了vga介面和分離電視信號s - video介面，可以將多種視頻信號變換為fed驅動系統可用的24位彩色數字圖像信號，實現亮度信號和色差信號的分離，提高了亮度信號的帶寬。
  2. In order to be the choice of hdtv, different kinds of displays develop much fast in the recent years. the dissertation introduces the development of all kinds of display, and gets the conclusion that, cpt still has the great advantage in the tv terminal field under the condition that the lcd is taking the place of cpt in the cdt field. the main research contents of cpt which includes high - luminance, high - contrast, high - definition, low - power, and complanation, have been investigated

    本文系統地闡述了hdtv用的顯示器件的基本要求及其發展歷史和現狀，介紹了各類顯示器件欲成為hdtv終端顯示近年來所作的努力；總結出了雖然在彩色顯示器（ cdt ）領域，液晶顯示器（ lcd ）已經大有取而代之之勢，但是在電視終端領域，彩色顯像管（ cpt ）還是有其不可替代的巨大優勢；並分析了高亮度、高對比度、高解析度、低功耗、平面化等cpt製造的關鍵技術和研究動向。
  3. The control system included the following units : video decode unit, data format conversion unit, fpga controller, cache unit and d / a monitor. the above self - design control unit plus row and column power supply units make the whole fed driving system, thus drove the 25 inch sample and realized color video display. the 25 inch vga sample thus fabricated could display video images, and obtained its brightness 400cd / m2, contrast ratio 1000 : 1, 256 circuit gray scale

    本文介紹了fed驅動系統的工作原理，重點論述了基於fpga的vga級彩色fed新型驅動控制系統的研製，這種新型fed驅動控制系統主要包括視頻解碼電路、數據格式轉換電路、 fpga控制電路、數據緩存電路和d / a監控電路，配合后級列灰度調制單元和行掃描單元，組成完整的fed驅動系統，可以驅動25英寸vga級fed顯示屏，實現彩色視頻顯示，樣機亮度達400cd / m2 、對比度為1000 : 1 ，灰度等級為256級。
  4. The high - power semiconductor quantum well ( qw ) laser is a kind of luminescence device with superior performance, it has longe - lived, low threshold current density, high efficiency, high luminosity and excellent monochromatic, coherence, directionality, etc. the high - power semiconductor laser is widely applied to the fields, such as military, industrial machining, communication, information processing, medical treatment, etc. the material ' s epitaxy is the foundation of the whole laser ' s fabricating, and it has important influence on the optics and electricity performance about the laser

    大功率半導體量子阱激光器是一種性能優越的發光器件，具有壽命長、閾值電流密度低、效率高、亮度高以及良好的單色性、相干性、方向性等特點，廣泛應用於軍事、工業加工、通信及信息處理、醫療保健等領域。材料的外延生長是整個激光器器件製作的基礎，對器件的光學和電學性能有著重要的影響，生長不出優質的材料體系，獲得高性能的器件就無從談起，因此，材料的外延生長便成為了整個半導體激光器製作過程之中的重中之重。
  5. Spectrophotometric determination of cu2 in acidic bright copper electroplating bath by fading reaction of methyl violet

    甲基紫褪色光度法測定酸性光亮鍍銅液中的銅
  6. In chapter five, the research work focus on color gamut transform correction in panel display. a method of color gamut transform correction which introduces the concept of virtual gamut space is presented to solve the problem of luminance and chromic disuniformity which arises from the differentia of chromic and drive characteristics of each module or pix on the same display panel. and the high quality of image displayed on the panel is ensured

    提出了克服同一種平板顯示屏由於各個顯示模塊（顯示象素）的色度空間特性和中國科學院長春光學精密機械與物理研究所博十學位論文基十擬合逼近理論的平板圖像顯示技術研究基色驅動顯示特性的差異而造成的平板顯示屏色度和亮度分佈不均的有效方法，解決了平板顯示屏的全屏幕亮度、色度一致化的問題，保證了高質量視頻圖像的顯示。
  7. A page gel, stained by the petiodic acid - schiff ' s method to reveal glycoproteins, further displayed that the bindng - protein was a glycoprotein belonging to lectin, which contained 17. 4 % ( w / w ) neutral carbohydrate content of the glycoprotein detected by the phenol / h2so4 method. peptide mapping was comparable to the reported protein in protein bank. the database homology search ( ncbi blast ) indicated that the binding - protein shared 70 - 80 % homogeneity to l - aspartate oxidase, aspartyl / glutamyl - trna ( asn / gln ) amidotransferase subunit b, glutamyl - trna reductase, histidyl - trna synthetase

    連續梯度聚丙烯耽胺凝膠電泳、 sds一聚丙烯酞胺凝膠電泳和等電聚焦的結果表明該蛋白分子量為1 「 . skda ，由二個相同的亞基組成，亞基分子量為」 . ikda ，等電點為8 . 25 .糖蛋白染色結合考馬斯亮藍染色的結果證實此結合蛋白是個糖蛋白，其中糖含量為17 . 44 % ，蛋白含量為82 . 56 % .凝集反應確定該糖蛋白也是一個凝集素
  8. The salted garlic cloves produced by our company is with the features of bright color, pure flavor without disease spot and black spot, non - mechanical wound, non - pesticide residue, natural white jade color, pigment - free, additive - free and preservative - free, as well as various physical and chemical indexes meet the international standards of salted garlic clove

    我公司生產的腌制蒜米全部採用蒼山大蒜基地大蒜為原料，經手工剝皮，精細挑選科學腌漬和嚴格的質量體系控制，所產各規格蒜米製品，粒度均勻，色澤鮮亮、味道純正、無病斑、無黑斑、無機械傷、無農藥殘留、呈白玉色、屬自然色澤、不添加任何色素、無任何食品添加劑，各項理化指標均符合腌制蒜米國際標準。
  9. The technology innovation in this paper follows : create a yiq complexion model to abstract face in complex background and get a method of no infection of brightness

    本文的技術創新點如下：設計了基於yiq色彩空間的膚色模型，得到了一個克服亮度變化的復雜背景面部數據提取的方法。
  10. 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。
  11. Test methods of rare earth three - band phosphors for fluorescent lamps - determination of relative brightness

    燈用稀土三基色熒光粉試驗方法相對亮度測定
  12. The main contents of the thesis are shown as follows : presenting fundamental theories of statistic pattern recognition, discussing rgb ( red, green, blue ) color space, ohta color space, hsi ( hue, saturation, intensity ) color space and its converted color space, materials consistency in gray scale and the application in removing foreign bodies in tobacco flows, hence presenting recognition pattern based on " unit recognition ", designing sample machine for this purpose, which consists of material - providing system, optic system, image - grabbing system, real - time intelligent image - processing system and systems of automatically rejecting foreign bodies and self - diagnosis, analyzing and optimizing hard wares, offering concrete designs such as optic system and air - ejector driver circuit, presenting and realizing physical ram

    本文的主要內容有：統計模式識別基礎理論及它們在煙草異物識別中的應用；討論了rgb （ red 、 green 、 blue ）基礎顏色空間、 ohta顏色空間、 hsi （ hue色調， saturation飽和度， intensity亮度）顏色空間及其變換空間、物料圖像紋理、灰度均勻性等在煙草異物識別中的應用，並在此基礎上提出了"基於判別單元顏色統計特性"的煙草在線異物識別模型，設計並研製了煙草在線異物實時識別與自動剔除系統原理樣機，它由供料系統、光學系統、圖像數據採集系統、實時智能圖像處理系統、異物自動剔除系統以及自診斷系統等組成。
  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. It uses the hue of the 24 _ bit color image to build a mathematical model of color of skin in the way of statistics and distinctness, which could segment the free from the image effectively

    該方法採用色調、飽和度、亮度三因素中的色調，通過統計識別的方法，建立一個基於膚色的數學模型，將人臉區域從圖像中單獨分離出來。
  15. This paper presents an algorithm of moving region detection based on chroma, which is able to cope with varying illumination and shadow problems, and refines the detection results with morphology, by marking each moving region in the binary image, the geometrical features parameters such as area, perimeter and form factor can be extracted, which lay the foundation for the analysis and track of moving target

    摘要提出了一種基於色度的運動區域檢測演算法，利用像素的色度分量進行檢測，克服了亮度變化和陰影的影響，並利用形態學方法對檢測結果進行后處理，對處理后的運動區域進行標記，提取每個區域的面積、周長、形狀因子等幾何特徵參數，為運動目標後期的分析和跟蹤奠定了基礎。
  16. We should consider the different methods for the specific requirement on one image, and integrate them usually. in this paper, we also present a new algorithm to remove all background material from the cryo - sections as fully as possible without removing actual tissue at the last part. our algorithm employed color thresholding, mathematical morphology operations

    彩色圖像的分割可以看成是灰度圖像分割技術在各種顏色空間上的應用，把對每一個象素的描述，從灰度圖像的一維亮度空間轉移到彩色圖像的三維顏色空間上，其基本方法也可以看作是灰度圖像分割在三維空間的拓展。
  17. The organic light - emitting device ( oled ) has been rapidly developed recently. because it has so many advantages, such as active emitting, high brightness, full - color, fast response, compact structure, high contrast, wide view angle, low cost, and can be fabricated on flexible substrates. that is called the third generation display technology

    有機電致發光器件（ oled ）具有主動發光、亮度高、全色顯示、響應速度快、結構緊湊、對比度高、寬視角、低成本、可以製作在柔性基板上等顯著優點，近年來得到了迅速的發展，被譽為第三代顯示技術。
  18. A new fisheye image edge extraction algorithm was proposed based on its round valid area ; the overlap area of images to be mosaicked was determinated according to the minimum brightness difference in this area, and thus the fisheye images mosaics were accomplished after images fusion ; finally, the virtual navigation was accomplished through color information extraction form fisheye images directly

    摘要根據魚眼圖像的有效區域為圓形，提出了掃描線逼近的輪廓提取演算法，基於圖像重疊部分亮度差最小的原理，確定了重疊區域，通過對重疊區域進行融合處理實現了魚眼圖像的縫合，最後直接從魚眼圖像上提取顏色信息，重新采樣圖像數據，實現了基於魚眼圖像的虛擬漫遊。
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