邊緣相似性 的英文怎麼說

中文拼音 [biānyuánxiāngsìxìng]
邊緣相似性 英文
marginal likelihood
  • 邊 : 邊Ⅰ名詞1 （幾何圖形上夾成角的直線或圍成多邊形的線段） side; section 2 （邊緣） edge; margin; oute...
  • 緣 : Ⅰ名詞1 （緣故） reason 2 （緣分） predestined relationship 3 （邊） edge; fringe; brink Ⅱ動詞（攀...
  • 相 : 相Ⅰ名詞1 （相貌; 外貌） looks; appearance 2 （坐、立等的姿態） bearing; posture 3 [物理學] （相位...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 邊緣 : 1 （沿邊的部分） border; edge; fringe; margin; rim; limb; skirt; verge; brink; periphery 2 （靠近...
  • 相似性 : [物理學] similitude; similarity相似性定律 similar law; 相似性法則 similarity rule
  • 相似 : 1. （相像） resemble; be similar; be alike 2. （相像處; 類似物） similarity; similitude; analogue
  1. A stereo matching approach based on edge feature is proposed. the procedure of the correspondence is fulfilled through the edge - detection, the similarity check and the consistence check. rebuild 3d image for disperse data and achieve depth information

    提出基於邊緣特徵的立體匹配方法，通過邊緣檢測、相似性檢驗和相容性檢驗完成了匹配的全過程，並對得到的離散數據進行了三維重建，恢復深度信息。
  2. In this paper, we study the relationship of self - similarities of traffics and assembly algorithms of edge router in obs networks

    摘要研究了光突發交換網路邊緣路由器的組裝演算法與業務的自相似性之間的關系。
  3. Through field investigation, microscopic study, x - ray phase analysis and mineral infrared spectrum analysis, the authors determine the laumontitization had occurred widely in the axi gold field. according to the development of laumontitization and its relationship to mineralization, authors reveal that the laumontitization appeared mainly at the top and periphery to ore - bodies. it befallen at the edge of the geothermal fluid system or happened in the late stage of geothermal fluid system evolution, hence can be assigned as an indicator to prospect for epithermal gold deposit. the fluid causing laumontitization in the axi gold deposit is similar to those causing hot spring type gold deposit or in modern geothermal field. the fluidization of the axi gold deposit happened in carboniferous, showing the west tianshan is a good district for epithermal gold mineralization and preservation. so west tianshan is prospecting for exploring epithermal gold deposit

    通過野外考察顯微鏡下薄片鑒定x射線物相分析和礦物紅外光譜等研究，確定了阿希金礦濁沸石化的普遍存在根據濁沸石化發生的規律及其與礦床形成的關系，確定濁沸石化主要見于礦體的上部和外圍，發育在地熱流體系統的邊緣和演化晚期，可作為尋找淺成低溫熱液型金礦的標志之一。導致阿希金礦濁沸石化的流體性質與熱泉型金礦成礦流體和現代地熱田類似，流體作用發生在石炭紀，證明西天山地區具有良好的淺成低溫熱液型金礦的形成和保存環境，因此找礦前景較好。
  4. We propose a new two level matching algorithm for seed points in propagation. firstly, our algorithm compares edge similarity around the target pixel based on edge extraction. this level of feature matching is both simple and reliable

    提出了一種新的用於種子點可靠匹配的兩層演算法，該演算法在圖像邊緣提取的基礎上，首先比較目標點匹配的邊緣相似性，這種特徵匹配具有簡單可靠的優點。
  5. Based on the gradual intensity change of the image, a new redefinition of the region of usan and a more efficient and simple method to compute the region area are suggested. and thus a new corner detection algorithm rsusan ( redefined susan ) is proposed

    根據圖像邊緣灰度的漸變性，重新定義角點檢測susan （ smallunivaluesegmentassimilatingnucleus ）演算法中小核值相似區的定義，並找到一種更為簡便有效的計算小核值相似區面積的方法，在此基礎上提出了rsusan （ redefinedsusan ）角點檢測演算法。
  6. And we introduce a novel image assessment measure based on structural similarity ( ssim ) index to evaluate the equality of original denoised images and fusion image

    同時引入了一種新的基於結構相似性（ ssim ）指數的圖像質量標準來衡量初始去噪圖像和融合后圖像與原始圖像的相似程度，評估圖像保持邊緣和去噪的能力。
  7. After the image lifting wavelet transformation, its coefficients have some characteristics, for example : the frequency compression characteristic, namely the primitive image energy majority of gathers to the low frequency sub - belt ; spatial compression characteristic, namely high frequency sub - belt energy majority of centralisms in primitive corresponding and so on image edge, outline position ; the coefficient distribution similarity, namely in the

    經提升小波變換后，其系數具有如下特性:頻率壓縮特性，即原始圖像的能量大部分聚集到低頻子帶;空間壓縮特性，即高頻子帶的能量大部分集中在原始圖像的邊緣、輪廓等對應的位置;系數分佈相似性，即同一方向上各級子帶系數幅值分佈大體一致。
  8. Then, a " many - to - many " matching strategy is used to measure the similarity between two images. it allows a salient edge of one image to match with several salient edges of the other image, and the final similarity between them is determined by all the valid matching. the matching principle can be tolerant to inaccurate edge extraction

    然後，採用一種「多對多」的匹配策略來度量圖象間的相似性，而這種策略允許圖象中的一條顯著邊緣與另一幅圖象中的多條顯著邊緣進行匹配，圖象間的相似性由所有的有效匹配共同決定，它對邊緣提取不準確具有一定的魯棒性； 3
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