object-image transform 中文意思是什麼

object-image transform 解釋
物象變換
  • object : n 1 物,物體,物件。2 目標 (of; for); 目的,宗旨。3 【哲學】對象,客體,客觀 (opp subject); ...
  • image : n 1 像,肖像,畫像;偶像。2 影像,圖像。3 相像的人(或物);翻版。4 形像,典型。5 形像化的描繪。6...
  • transform : vt (使)變形;(使)變化[轉化,轉變];變態,改變(性質、機能等),改造,改革;【數學】變換;【電...
  1. It is based on the principle : under a number of angles, the x - ray attenuation in a cross section of a human body is measured by detector resulting in a set of profiles. this set of profiles is called the radon transform of the object in mathematics. the problem now is to reconstruct a two - dimensional image via inverting its radon transform

    它所基於的成像原理是:人體的某個剖面在若干個角度上被x射線束照射,照射后x射線的衰減量被檢測器記錄下來,形成投影集合,數學上將這個投影集合描述為該剖面的radon變換,通過反演radon變換就能夠重建剖面的二維圖像。
  2. Computerized tomography ( ct ) is a typical non - invasive examination techniques in medicine, which can depict anatomical structures without damaging the human body. lt is based on the principle : under a number of angles, the x - ray attenuation in a cross section of a human body is measured by detector resulting in a set of profiles. this set of profiles is called the radon transfoim of the object in mathematics. the problem now is to reconstruct a two - dimensional image via inverting its radon transform

    它所基於的成像原理是:人體的某個剖面在若干個角度上被x射線束照射,照射后x射線的衰減量被檢測器記錄下來,形成投影集合,數學上將這個投影集合描述為該剖面的radon變換,通過反演radon變換就能夠重建剖面的二維圖像。
  3. The main work completed in the paper is listed as following : 1. image function acquisition -, 2. read bmp files by dib format ; 3. drawing gray scale histogram ; 4. choose a optimum threshold and make gray image become binary image -, s. find image ' s contour points by making inner points become empty and apply template matching on the contour points ; 6. transform the object ' s beginning points ( pixel point ) to the ones in the image coordinate and the positions of in the corresponding three dimensions ; 7. compute the position vector and the normal vector of the object

    選擇一個最佳闋值,把灰度圖像進行二值化處理; 5用掏空內部點法,找到圖像的輪廓點,然後在輪廓點上進行模板匹配; 6把輸出的目標物開始點(像素點)轉化成圖像坐標系中的點和對應的三維空間的坐標位置; 7計算目標物的位置矢量和法向矢量,根據機器人抓取面的法向矢量,找到機器人要抓取的平面; 8
  4. The unique heat radiation of infrared image is generated from subcomponents. this paper analyses the natural feature of infrared image and the relationship between the shape and orientation with eigen vectors, gives the measure to classify infrared image based on object position to improve ability of compatibility in object recognition, moreover, applies the independent component for sub - region segmentation to construct new infrared image eigen vectors. the image features are processed by a support vector machine, and transform the binary svm to multi - object classifier

    文中在傳統紅外熱圖像特徵量的基礎之上,通過分析紅外熱圖像自身特性以及它的形成與其自身姿態的關系,提出了對目標物體紅外熱圖像基於目標姿態的子分類,來提高目標識別中對姿態的容忍度;同時根據紅外目標子部件對圖像影響的統計獨立性,使用獨立元的方法對目標紅外熱圖像進行了子區域分割,形成了新的紅外圖像特徵量。
  5. In the image recognition system of an optical - electrical hybrid joint transform correlator, the same object and the false object comparing with reference image could be well recognized, but the distorted image of the scale and rotation transformation was difficultly recognized and even could not be recognized

    摘要在光電混合聯合變換相關器圖像識別系統中,對與參考圖像完全相同的真目標圖像和不同的假目標圖像能實現完全識別,但對于與參考圖像間存在旋轉和比例變化的目標圖像卻很難識別,甚至無法識別。
  6. Today optical wavelet transform has been used in image edge extraction, object detection and recognition etc because it has not only the advantages of optical information processing system but also the advantages of wavelet transform

    光學小波變換( opticalwavelettransform )是基於小波變換的基本理論利用光學技術與方法對信號與圖象的小波變換處理。
  7. 4 elementary implementation of layered stereoscopic image and effect comparison we explored the layered stereoscopic generation on the basis of object segmentation. before the stereoscopic transform, we process the image to make it layered, then apply different methods and set different stereoscopic parameters to different layers. finally, we synthesize these processed layers to get a whole stereoscopic image

    4分層體視初步實現我們還在分層體視生成方面進行了初步實驗和探索,把圖像分成不同層,對不同層北方工業大學學位論文運用不同體視演算法或設置不同參數來進行體視轉換,來得到合成體視圖像。
分享友人