旋轉紋理 的英文怎麼說
中文拼音 [xuánzhuǎnwénlǐ]
旋轉紋理
英文
rotate with object- 旋 : 旋Ⅰ動詞1 (旋轉) whirl 2 (用車床切削或用刀子轉著圈地削) turn sth on a lathe; lathe; pare Ⅱ名詞...
- 轉 : 轉構詞成分。
- 紋 : 名詞(花紋; 紋縷兒) lines; veins; grain
- 理 : Ⅰ名詞1 (物質組織的條紋) texture; grain (in wood skin etc ) 2 (道理;事理) reason; logic; tru...
- 旋轉 : revolve; gyrate; rotate; spin ; revolution; revolvement; rotation; circumgyration; circulation
- 紋理 : vein; lines; stripes; grain; graining; varvity; texture紋理方向 grain direction
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The experiment datum indicates that the feature parameters of mrf model have the rotative invariability for the texture image with small angle rotation
研究了小角度的旋轉和圖像噪聲污染對馬爾可夫隨機場模型的紋理特徵的影響。In those processes, preprocessing is based on a serial of algorithms using gobar filtering techniques and mathing is based on a compound algorithm in two stages : the first is a structural maching using local features and the second is a point matching by rotation and displacement
其中,指紋預處理採用了以gobar濾波為核心的一套演算法;指紋匹配採用了基於結構信息的指紋初篩和基於旋轉平移的點匹配指紋確認兩級構成的復合式演算法。Based on the analysis and processing of the digital speckle pattern, the translation and rotation invariant features are discovered, and a one - step feed - forward neural network is creatively proposed which makes it possible to realize the intelligent recognition of interface defects
通過對數學散斑條紋的分析與處理,找出了能代表條紋信息的移位不變與旋轉不變特徵值? ?最大斜率,進而構造一種新的網路模型,即單步前饋式三層網路系統.率先實現了把神經網路系統用在數字散斑無損檢測之中,完成了神經網路系統對粘接界面缺陷的智能辨識In order to deal with the unknown transformations of samples as a result of preprocessing and improve the system recognition performance further, a palmprint feature extraction method based on template learning in wavelet domain is designed and proposed. this algorithm learns the ideal templates of different classes from palmprint samples, whose parameters are regarded as
該演算法從掌紋樣本中學習不同類別的理想模板,並將理想模板的參數作為特徵用於模式分類,由於考慮了子圖樣本內在存在的平移和旋轉變換,不同類型小波系數對特徵提取的貢獻,因此達到非常好的識別效果。It adopted a special matching algorithm that is statistics of similarity of texture. this matching algorithm adopts crisscross characteristic region. by analyzing information of texture in characteristic region it can overcome disturbing factors such as the difference of lighting between pictures, definition, variety of curtaining relationship, and rotary error
它採用了一種特殊的匹配誤差演算法? ?紋理相似性信息統計法,這種演算法採用十字型特徵區域,通過分析特徵區域中的紋理信息從而有效地排除了圖像亮度差異、清晰度、遮擋關系的變化、旋轉誤差對搜索實際匹配區域的干擾。The chiral compounds synthesized in the project have an unsaturated double bond, which can be mixed with polymerizable nematic liquid crystal compounds, and the resulting mixture can be polymerized to form an optical film having cholesteric liquid crystal texture
具有可聚合基之旋光性化合物可添加於可聚合型向列型液晶單體中,聚合成具有膽固醇相、反射特定波長之光學薄膜,且較少用量之高螺旋扭轉力性質之旋光性化合物即可配出特定螺距之膽固醇液晶紋理。Template matching technology is the key of target detection system. matching namely that sensor captures two breadths of or many breadths of images aiming at in space versus identity scenery in different time and different image - forming condition, or according to known mode look for homologous mode in another breadth of image
目標檢測系統受許多不可預知的條件影響,如光照、噪聲、旋轉及移動、遮掩物、隨機紋理等,使圖像識別變得困難,進而影響了目標檢測的穩定性。And we can use external equipment that include the mouse, the keyboard and the mouse of six dimension move, rotate and zoom the basic figure or the whole figure. we also can setup texture, light and material of the graphics to adjust the three - dimensional figure and three - dimensional scene in order to reach the best result of showing
並可用鼠標、鍵盤、六維鼠標這些外部設備平移、旋轉、縮放基本圖形或者整體圖形,通過設置圖形的紋理貼圖、光照、材質等來調配三維圖形和三維場景,以達到最好的顯示效果。The characteristics of pressure drop of wire packing rotating packed bed absorber in air independent propulsion ( aip ) system are analyzed under counter - current condition and the model of pressure drop is built
摘要對不依賴空氣動力裝置( aip )系統不銹鋼波紋絲網填料旋轉床吸收器在氣液兩相逆流條件下的氣相壓力降特性進行了分析,建立了壓力降預報理論模型。Invariant content - based image retrieval has widely application foreground. using the rotation, scaling and translation invariant features can get better retrieval results than normal color, texture and shape features
對旋轉、平移、尺度縮放保持不變的圖像特徵,比起普通的顏色、紋理、形狀特徵,可以得到更加優良的檢索結果,因此基於不變特徵的圖像檢索有著廣泛的研究前景。分享友人