色分佈 的英文怎麼說

中文拼音 [shǎifēn]
色分佈 英文
color distribution
  • : 色名詞[口語] (顏色) colour
  • : 分Ⅰ名詞1. (成分) component 2. (職責和權利的限度) what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] (料想) judge
  1. With colourless nail polish, study on the stomatic distribution of outer epidermis in the young stem, aged stem and aged leaf sheath, and adaxial and abxial leaf epidermis of young and aged leaves in s. purpurea, z. pendula and c. communis was conducted

    用無指甲油印痕法對鴨跖草科的紫竹梅、吊竹梅和鴨跖草的幼莖、成熟莖、成熟葉鞘的外表皮和幼葉、成熟葉和上、下表皮的氣孔進行觀察。
  2. With colourless nail polish, study on the stomatic distribution of outer epidermis in the young stem, aged stem and aged leaf sheath, and adaxial and abxial leaf epidermis of young and aged leaves in s. purpurea, z. pendula and c communis was conducted

    摘要用無指甲油印痕法對鴨?草科的紫竹梅、吊竹梅和鴨?草的幼莖、成熟莖、成熟葉鞘的外表皮和幼葉、成熟葉和上、下表皮的氣孔進行觀察。
  3. Based on the 1 : 50000 regional geological survey, the sertengshan rock group is revised, involving the schist and marble of low - amphibolite to high - greenschist facies, which are distributed in middle and west inner mongolia

    摘要根據近年完成的1 : 5萬區域地質調查成果及綜合研究,將於內蒙古中部爾騰山、大青山、西部烏拉特后旗以及阿拉坦敖包、疊布斯格等地的低角閃巖相高綠片巖相的片巖、大理巖系釐定為爾騰山巖群。
  4. Graphite black, distribute among black jade, or take the form of asterism, aggregate form, appear black asterism, or cloud vaporific, pieces of banding dark line, etc. among white jade, other malachite does not generally have this situation

    石墨呈黑於墨玉中,或呈星點狀集合體狀,在白玉中呈現黑星點,或雲霧狀條帶狀黑紋等,其它玉石一般沒有此情況。
  5. Alone green jade : include green, sage green, aquamarine blue, yellow green, alone the jade often looks at and appraises the partner, colour maldistribution with white, many memorials tape, filiform or roll into a ball irregularly form of block distribution

    綠獨玉:包括綠、灰綠、藍綠、黃綠,常與白獨玉相伴,顏色分佈不均,多呈不規則帶狀、絲狀或團塊狀
  6. Works well - designed, skillfully carved italian, a lifelike sculpture garden, vivid detail, it may play in the water chasing gloria, the sweet murmur distinctive appearance, is the envy of people, the two lovers are distributed back a little green and white, more exquisitely charming, op using the above comes the meticulous carvings attendants the beautifully atmospheric leaves, the delicate vein smooth, crafted natural that comes to the distribution attendants reasonable superb, the leaves among the cleverest black jade carved out of two removable small lifelike frogs, picked clean natural colors, more vivid realism

    作品精心設計,巧意雕琢,一對栩栩如生的鴛鴦雕刻細致生動,似在水中追逐戲嬉,喁喁私語的甜蜜樣子,真是羨煞人也,兩只鴛鴦的背上著些許綠白,更顯精美迷人,作品上面巧用美艷的翠精心巧雕在精美大氣的荷葉,葉脈細膩流暢,工藝細致自然,美艷的翠色分佈合理精湛,荷葉中間巧用黑翡翠摘雕出兩只栩栩如生的小青蛙,摘干凈自然,更顯生動逼真。
  7. Distribute in natural situation and scenery, scenic spot divide pairs of bridge ditch, long level ground ditch and sea sub ditch 3 scenic spots into

    按自然形勢和景色分佈,風景區劃?雙橋溝長坪溝和海子溝3個風景區。
  8. There are three steps of the concrete process of the algorithm : initial localization, separating image and confirmation. firstly, single gaussian model is used to imitate skin - color distribution, meanwhile, skin probability images which is smoothly disposed using middle wave is calculated to attain the initial localization. secondly, in order to separate the latent face region, it uses multimodal information that includes the region growing 、 the hue and brightness 、 skin probability images etc. at last, it adopts the criterion of morphology analysis and face characteristic draw to confirm the latent region

    演算法的具體過程主要為三個階段:人臉初定位、人臉割和人臉確認,首先採用高斯模型來模擬膚色分佈並構造出膚概率圖進行人臉的初定位,並對膚概率圖採用中值濾波進行平滑處理,接著利用區域生長準則和融合度、亮度以及膚概率圖等多源信息相結合的方法對圖像進行割,以達到割出潛在臉區的目的,最後採用人臉整體形狀的確認準則和人臉特徵提取的確認準則相結合的方法對潛在臉區的最終確認。
  9. This paper presents a new face detection algorithm for color video images based on skin color and multimodal information fusion. first, this paper presents a new means for selecting skin samples ; and then comparing skin distribution in the eight color spaces and analyzing the adaptability for different skin patterns, poses a face initial orientation ' s method which uses the single gaussian model in the tsl color spaces, and calculates skin probability images ; afterwards comprehensive comparing three typical threshold value separating algorithms, put forwards a face separating method which bases on region growing and fuses multimodal informations ; final, raises a face confirming algorithm which fuses three shape features

    首先提出了?種新的膚樣本選取方法;然後通過對八種空間膚色分佈的比較以及不同膚模型適應性的析,提出了在tsl空間上用單峰高斯模型模擬膚色分佈,求得膚概率圖進行人臉初定位的方法;隨后在綜合比較三個典型閾值化割演算法的基礎上,提出了融合多源信息進行區域生長割人臉的演算法;最後提出了融合三個形狀特徵的人臉確認演算法。
  10. Based on the method, a tracking window method is adopted to track the target, and locate the position of target centroid by adjusting the window self - adaption

    本演算法採用動態窗口法,利用目標顏的概率特徵,鎖定目標的顏色分佈區域的質心,達到快速準確的跟蹤效果。
  11. Secondly, aiming at the necessity of pixel - based tongue color classification system, this dissertation proposes a 2 - stage fcm algorithm. it applies the techniques of pattern classification and makes the better automation of tongue color model construction true

    其次,針對基於像素的舌顏類系統的需要,本文提出了一種「二次fcm演算法」 ,採用半監督學習的方式,較為自動化地解決了舌色分佈模型的建立問題。
  12. This dissertation thus aims at helping the development of computerized tongue diagnosis and researching on the methodology of color training and classification of tongue images. the main contributions of this dissertation include : designing the framework of pixel - based tongue color classification system ; proposing the 2 - stage fcm algorithm and solving the tongue color model construction problem in pixel - based tongue color classification system ; proposing the dynamically local knn algorithm for tongue substance and tongue coating color classification, and improving the system speed greatly ; proposing the 12 - dimension feature vector of color ratio and applying it to color classification of tongue image ; doing research on the automatic diagnosis of diseases and symptoms using color, texture and shape information

    本文的主要貢獻在於:設計了基於像素的舌顏類系統結構;提出了半監督學習方式的「二次fcm演算法」 ,解決了基於像素的舌顏類系統的舌色分佈模型的建立問題;提出了「動態局部knn演算法」並將其應用於舌類中,解決了舌類的速度問題;提出了舌圖像的「 12維顏比例特徵向量」 ,並應用其實現了對舌圖像的顏類;採用顏、紋理和舌形的信息融合方式,對疾病和證候的自動診斷進行了研究。
  13. Entries overall layout complete the atmosphere, here are very reasonable distribution of color display in a more harmonious indoor celebrations, a high value for collection

    作品整體布局完整大氣,俏色分佈合理,擺放在室內更顯祥和喜慶,收藏價值極高。
  14. Opals are usually white, clear, or pale red. the common variety of opal is usually a milky white and produces no " fire " but is still quite beautiful

    評價歐泊的價值一般從三個方面:顏強度、顏色分佈、顏的數量和相對豐富程度。
  15. There were fan - delta, turbidite - fan, shallow - lake, shore - marsh, semideep - lake and volcano - debris facies. in the area of the well ou39 and ou44, fan - deltas developed both in the middle and the top strata of the third member of the shahejie formation. the former lies in the north area of the well ou39, belonging to the steep - slope style which was controled by inertia factor

    在歐39 、歐44井區,沙三中和沙三上均發育扇三角洲沉積,前者具以慣性因素控制的陡坡型為特點,范圍相對較小,位於歐39井以北的地區;而後者以摩擦因素控制的緩坡型為特范圍廣;而沙三下在該區則發育了一套濁積扇體,這一規律正好體現了構造演化特點對沉積充填型式及相展布的控製作用。
  16. In order to implement an effective and robust tracking task, a novel approach of weighted color histogram based particle filter algorithm is presented, which not only integrates color histogram into particle filtering, but also takes into account the target ' s shape as a necessary factor in target model

    將目標顏直方圖作為目標的顏模型,同時考慮其大小及像素點的位置對顏色分佈的影響,將顏直方圖進行加權處理,使模型對區域特徵描述更加合理。
  17. Image content retrieval based on colour histogram similarity

    基於顏色分佈相似性的圖象內容檢索
  18. The first step is construct the gaussian model for skin color under ycbcr and get the likely region of face, then skin color segmentation is carry out with the method of dynamic threshold optimizing

    在ycbcr彩空間中建立膚色分佈的高斯模型,得到膚概率似然圖像,在最佳動態閾值選取演算法下完成膚區域的割。
  19. The main contributions are as follows : firstly, the ycbcr information is used to extract the skin color area

    主要工作如下:首先,應用ycbcr顏空間的量,建立膚色分佈模型,進行膚區域的割。
  20. 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,對彩圖像進行簡單的顏空間轉換后再使用簡單的形態學操作,這一方法即可實現。
分享友人