顯微圖像處理 的英文怎麼說

中文拼音 [xiǎnwéitúxiàngchǔlǐ]
顯微圖像處理 英文
microscope image processing
  • 顯 : Ⅰ形容詞1 （明顯） apparent; obvious; noticeable; evident 2 （有名聲有權勢的） illustrious and inf...
  • 圖 : Ⅰ名詞1 （繪畫表現出的形象; 圖畫） picture; chart; drawing; map 2 （計劃） plan; scheme; attempt 3...
  • 像 : Ⅰ名詞1 （比照人物製成的形象） likeness （of sb ）; portrait; picture 2 [物理學] image Ⅱ動詞1 （在...
  • 處 : 處名詞1 （地方） place 2 （方面; 某一點） part; point 3 （機關或機關里一個部門） department; offi...
  • 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...
  • 顯微 : microadiography
  1. The pivot of this paper is the colorful image processing in the medical micrograph analyzing system

    本文研究的重點是醫學顯微圖像分析系統中的彩色圖像處理。
  2. Chapter 3 concentrates on the whole color image - processing class. the interface for each of the major functions is showed in detail in this chapter

    第三章介紹彩色顯微圖像處理類及其基本功能函數，並詳細介紹這些函數的用法及其參數的意義。
  3. According to the characters of microscopic pathologic image and requirement of clinic and medical scientific research, we implemented various kinds of ootor image processing and parameter measuring approaches, including image movement and adjustment, brightness / contrast adjustment, image edit and length, acreage, amount measurement of ro1

    系統針對顯微病理圖像的特點，結合臨床應用和醫學科研工作的需求，重點建立了一系列適合醫學應用的彩色圖像處理方法和特徵參數測量方法。這些方法包括圖像的移動、縮放、亮度對比度調整、圖像編輯以及感興趣區域長度、面積、數量等特徵參數的測量分析功能。
  4. The digital information is easy to process by pc. this paper introduces the stereo matching techniques in msv system, including image pre - processing, feature abstraction, stereo matching and depth information acquiring. in order to obtain images easy to detect objects " edges, images have to processed by the techniques such as guass smoothing and image enhancement

    針對顯微圖像的特點，對圖像進行了高斯平滑和圖像增強處理，有效的抑制了隨機噪聲對圖像處理的影響，提高了物體與背景的對比度，有效的實現了物體與背景的分離，為邊緣檢測特徵提取，立體匹配提供良好的圖像信息。
  5. In this paper, the contrast of original image is enhanced by nonlinear transformation based on the characteristics of grain image ; after comparing several methods of threshold segmentation and analyzing their performance and applicability on grain image, the adaptive threshold segmentation based on gradient image is presented ; the noise of binary image is reduced with morphological filter, the hollow in binary image is filled in and a recognition algorithm is designed to remove agglomerate particle ; on the basis of mathematical morphology two methods are adopted to segment agglomerate grains that are not agglomerated tightly ; the parameters of size and shape, perimeter, area, diameter, complexlity, longest feret diameter, shortest feret diameter etc, are extracted. this technique is applied in measurement of pearl powder ' s particle size

    本文根據粒度圖像的特點，採用非線性對比度增強處理改善顆粒顯微圖像的對比度；對多種閾值分割方法進行比較，分析了它們的性能和用於粒度圖像的適用性，在此基礎上提出了一種基於梯度圖像的動態閾值分割方法；對獲取的顆粒二值圖像進行形態濾波和空洞填充，設計了識別演算法去除凝聚體；對重疊不太嚴重的粘結顆粒採用了兩種基於數學形態學的分割演算法；提取了周長、面積、粒徑、復雜度、最長feret徑、最短feret徑等大小和形狀特徵參數，對珍珠粉等粉體粒度進行了測量。
  6. We have accomplished a primary explore of the checkout system, such as, the design of imaging optics road, the calculation and selection of sensor, the selection of digital processing chip. we utilize dam6416p board and ccs2. 2 software to put up a micro - dot simulation system

    本文完成了該檢測系統的初步探索：根據幾何光學原理，設計了成像光路的方案；完成所需圖像傳感器分辨能力的計算和型號的選擇；完成了數字信號處理晶元的選擇，及對模擬開發系統的學習和初步應用，並利用基於tms320c6416晶元的dam6416p模擬開發版和集成開發環境ccs2 . 2 ，搭建了一個顯微網點處理系統，從而驗證了系統的可行性。
  7. The confocal laser scanning microscope ( clsm ) is a new kind of microscope that based on the confocal imaging technology. through the laser scanning and digital image manipulation, it could make the 3 - d dynamic measurement of the sample

    共聚焦激光掃描顯微鏡是一種新型的顯微設備，它以光學系統共焦成像為基礎，利用激光掃描技術和數字圖像處理技術，可以對樣品進行三維動態測量。
  8. A mixture of three amino acids ( arg, gly, glu ) labeled with fluorescein isothiocyanate ( fitc ) was separated in pdms microfluidic chip, the separation voltage is 200v / cm, the separation time is less than 120 seconds ; according to ccd fluorescence images, two distinct physical processes - stacking and destacking during sample injection were studied qualitatively ; rhodamine b, a kind of temperature - dependent fluorescence dye, was used as probe to develop a temperature - fluorescence intensity equation, then temperature - color map in microchannels was constructed, and temperature trait in microchannels on the pdms microfluidic chip was analysed. according to the results, we conclude that the electric field applied to the pdms microfluidic chip should not exceed 400v / cm

    利用pdms微流控晶元對fitc標記的精氨酸、甘氨酸、谷氨酸混合物進行了電泳分離，分離電壓為200v cm ，分離時間不到120秒；通過拍到的熒光顯微圖像對電泳注樣過程中復雜的樣品分子積聚與解聚現象作定性的分析；以熒光染料rhodamineb為溫度熒光探針，建立了pdms微流控晶元上的溫度-熒光強度的關系公式，並利用matlab圖像處理工具箱構建出微流體溝道內的溫度色圖，對pdms微流控晶元的微流道溫度特性進行了分析，根據實驗結果，我們認為對于pdms微流控晶元來說，在進行需要外加電場作用的試驗時，外加電場不應超過400v cm 。
  9. Through threshold transforming, dilation and area labeling of the source image which, input into computer by scanner, contains the information of the whole spinneret, the system can compute locations of every micro - hole. then the pickup camera equipped with microscope is moved on every micro - hole driven by step - by - step motors. the image of the micro - hole is captured to the computer after auto - focusing

    該系統經過對掃描儀掃入的整塊的噴絲板圖像進行閾值處理、圖像膨脹、區域標記等圖像處理的手段分析出各個微孔的分佈情況，然後用步進電機驅動加有高倍顯微鏡的攝像頭自動搜尋到每個微孔，對微孔自動的聚好焦后，採集微孔圖像。
  10. Also we describe the principle, architecture and the recent development tendency of the cmos is. after discussing the structures and characters of many micro image processing systems, we pay attention to the software of the system. research on the programming structures and programming methods are the key contents of the paper, including how to capture video based on vfw how to play video based on mci and how to process images based on dib

    本論文針對基於cmos圖像傳感器的顯微圖像系統，詳細論述了cmos圖像傳感器的原理、構造及當前的發展狀況，闡述了各種顯微圖像處理系統的構成和特點，並著重針對基於cmos圖像傳感器的顯微圖像系統的軟體處理問題研究了程序結構和編程方法，就如何使用基於vfw的視頻捕捉，基於mci的視頻播放，基於dib的圖像操作等給出了應用結果。
  11. In this paper, we aim at the subject of color microscopic image processing and its applications obtained by the laser confocal scanning microscopy ( lcsm ) and digital microscope

    本文以激光共焦掃描顯微鏡系統（ lcsm ）和數碼顯微鏡為研究對象，對彩色顯微圖像處理及其應用這一課題展開研究和討論的。
  12. Microscope image processing

    顯微圖像處理
  13. The application of the microscopic image processing technology in the detection of pathogen

    顯微圖像處理技術在病原體檢測中的應用
  14. These algorithms can be applied to different kinds of processing on color images with good performance

    第五章介紹彩色顯微圖像處理類中我們特有的一些新演算法。
  15. We evaluate and analyze the performance of multi functions medical micro image processing system in chapter five

    第5章就多功能醫用顯微圖像處理系統的性能和實用性進行了分析和改進。
  16. Finally, a set of color microscopic image software to collect and process the image of the lcsm and digital microscope is designed

    最後，編寫了一套彩色顯微圖像處理軟體，用於lcsm系統和數碼顯微鏡的圖像採集和處理。
  17. This paper discussed and analysis a variety of the soil microstructure processing techniques by developing the analysis system of soil microstructure image

    本文通過開發土壤顯微圖像處理系統，探討處理土壤顯微圖像的各種技術。
  18. In conclusion, we discuss the technique of color microscopic image processing in the round and design the whole system software of the color microscopic image

    總之，本文對彩色顯微圖像處理進行了全面的論述，並編寫了全部應用程序，生成了彩色顯微圖像處理應用軟體。
  19. We introduce the development level of multi functions medical micro image processing system, and some possible system framework and software and hardware platform in chapter two

    第2章介紹多功能醫用顯微圖像處理系統目前的發展水平，並給出了系統的框架和軟硬體平臺。
  20. The micro image processing software written by ourselves is given with the results of application. faced the drawbacks of the current cmos is and software, we put forward some new ideas and forground of the syetem

    本論文給出了基於cmos圖像傳感器的自行編制的顯微圖像處理軟體的應用結果，並針對目前cmos圖像傳感器所存在的一些局限性，提出了在顯微圖像處理工作中的改進意見和前景展望。
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