超分辨 的英文怎麼說

中文拼音 [chāofēnbān]
超分辨 英文
super resolution
  • 超 : Ⅰ動詞1 （越過; 高出） exceed; surpass; overtake 2 （在某個范圍以外; 不受限制） transcend; go beyo...
  • 分 : 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
  • 辨 : Ⅰ動詞（辨別; 分辨; 明察） distinguish; discriminate; differentiate; recognize Ⅱ名詞（姓氏） a surname
  1. In this thesis first the research the sr - df algorithm under the arbitrariness antenna array, which is based on the algorithm of music, second the algorithm has been put into realization on the hardware, so that in the later to embattle the antenna can reference to this thesis

    本課題對比較適合的任意形狀天線陣進行了研究，在趨于成熟的music演算法的基礎上，研究任意形狀超分辨測向天線陣通用演算法，然後對該演算法進行硬體的實現。
  2. When only allows the total internal reflection beams focus on the small aperture, which is formed at the center of metal film coated on the bottom of solid immersion lens, the optical fields propagated from the aperture of different dimension is first simulated

    根據衍射超分辨原理首次模擬出了底面鍍有金屬膜、中心留有通光微孔的固體浸沒透鏡的出射光場分佈。
  3. For this reason, the ultrahigh density optical disk data storage technologies based on the solid immersion lens technology and the sb film super resolution technology, which appear more promising to industrialize in the short term, have been studied in this paper. the aim of this paper is to develop the key technologies for next generation optical disc data storage system

    本文圍繞超高密度光盤數據存儲技術中的固體浸沒透鏡存儲技術以及基於sb多層膜的介質超分辨高密度光存儲技術展開研究，其目的在於通過對這兩種最接近實用化的近場高密度光存儲技術的研究，掌握和發展下一代超高密度光存儲設備的關鍵技術。
  4. One of these problems is the broadening of the first order sea echo doppler spectrum, which most likely swamps the targets spectrum

    本文針對這樣一個關鍵性問題?展寬海浪譜中信號檢測問題展開研究，即如何應用超分辨譜估計技術來實現目標的檢測與分辨。
  5. Equipped with a specially designed digital control system, the new pick - up and recording head can perform the basic functions of optical data storage, and is used for further experiment with sil and sb super - rens technology. with modified optical pick - up and recording head, a study is made on sil data storage technology. a new remelting process is proposed to overcome the difficulty of manufacturing ball lens with the radius smaller than 0. 5mm

    結合高密度光存儲實驗的具體要求，為改裝后的光學頭設計了專用伺服控制系統，刻錄實驗結果說明建立的數據存儲光學頭系統能很好的完成光學頭系統各種基本功能，其成功建立為進一步的sil存儲實驗以及介質超分辨存儲實驗提供了基本的光存儲刻錄光學系統。
  6. The motion compensation of radar target and an analysis of influence of component imperfection in the realization of the method are presented. to evaluate the performance of the proposed method. monte carlo simulation has been conducted to estimate the root mean square error of the angle estimates and the spatial resolution snr threshold in the cases of both non - fluctuating targets and fluctuating targets

    在此基礎上，提出了針對相位權重角度超分辨法的雷達目標的運動補償方法，分析了雷達系統各部件的不理想性對超分辨性能的影響，用montecarlo方法對無抖動目標和有抖動目標在不同信噪比下的方位估計誤差和方位超分辨的信噪比門限進行了模擬計算，並將結果同波束空間music方法及cramerrao限進行了比較。
  7. 2. a new angular superresolution technique called phase weighting superresolution method ( pwsm ) is proposed

    針對普通相控陣天線的特點，提出了walsh - hadamard相位權重方位超分辨法。
  8. For this purpose, by combining techniques of optical superresolution and image superresolution, this thesis proposes a novel lateral superresolution confocal microscopy method based on image restoration and annular pupil filtering. the following two aspects are the main research work i have completed so far. first, designed and realized a shaped annular beam confocal microscopy system ( sabcms ), in order to improve the lateral resolution of cm

    第二，對整形環形光共焦顯微系統所成像進行基於最大似然估計法（ maximumlikelihoodestimate ， mle ）的超分辨復原處理，以期進一步改善共焦顯微鏡的橫向分辨力，具體包括: 1 .實現基於pmle （ mlebasedonpoissondistribution ）法的圖像復原式整形環形光橫向超分辨共焦顯微成像系統。
  9. The method combines a phase weighting method and a non - linear spectral estimation algorithm. it is used in conventional phased array radar for improving angle resolution

    這種方法在利用相位權重反演口徑幅相分佈后，再結合超分辨演算法實現方位超分辨。
  10. 2 - d superresolution direction finding methods at subarray level suited for plane phased arrays are studied. for overcoming the limitations of true array manifold ( tam ) that the expense and cost of the array calibration are high and the calibration realization is complex, five kinds of simplified array manifolds are proposed, namely direct simplified array manifold ( dsam ), simplified array manifold based on ideal subarray patterns ( sam _ isp ), simplified array manifold based on approximate ideal subarray patterns ( sam _ aisp ), simplified array manifold based on gaussian subarray patterns ( sam _ gsp ), simplified array manifold based on approximate gaussian subarray patterns ( sam _ agsp ) respectively. the performances of applying these array manifolds to music, wsf and ml methods at subarray level are analyzed

    本文研究了平面相控陣二維子陣級超分辨測向，針對真實陣列流形（ tam ）校正成本和代價高以及實現復雜的缺陷，提出了五種簡化的陣列流形分別為直接簡化的陣列流形（ dsam ） 、基於理想子陣方向圖的簡化陣列流形（ sam _ isp ） 、基於近似理想子陣方向圖的簡化陣列流形（ sam _ aisp ） 、基於高斯子陣方向圖的簡化陣列流形（ sam _ gsp ）和基於近似高斯子陣方向圖的簡化陣列流形（ sam _ agsp ） 。
  11. Watershed image segmentation based on wavelet transform

    基於正交離散小波的超分辨力圖像復原演算法
  12. An image superresolution method via wavelet and least - square regularization technique

    基於小波與最小二乘正則化技術的圖像超分辨方法
  13. In order to meet these requires, the arbitrariness antenna has been put into studying

    針對這些要求，就出現了任意形超分辨天線陣列。
  14. Progress of super - resolution reconstructing image schemes and application in remote - sensing image

    超分辨力圖像處理技術進展及在遙感中的應用
  15. Research and application on the method of denoising the medical images using wavelet packet analysis

    基於超分辨力圖像復原演算法的模糊系統辨識
  16. A new angular superresolution technique called angle weighting superresolution method ( awsm ) is proposed

    針對實孔徑天線的特點，提出了角度權重方位超分辨法。
  17. The method combines equivalent aperture normalization and a non - linear spectral estimation algorithm

    這種方法利用等效口徑分佈等化結合超分辨演算法實現方位超分辨。
  18. Under the background of the radar, the super resolution algorithms and the array ambiguity are discussed in this paper

    基於雷達背景，本文對超分辨演算法進行了分析和研究，並探討了陣列模糊問題。
  19. The effects of dispersion on the super - resolution of 3 - d confocal imaging system are analyzed by using the theory of scalar diffraction

    摘要本文應用標量衍射理論分析了色散對三維共焦成像系統超分辨的形響。
  20. It is used in conventional real aperture radar for improving angle resolution. numerical and experimental results show that by using awsm. the angular resolution is improved by a factor of 1. 8 when signal - to - noise ratio equals to 15db

    實驗結果表明，在15db的信噪比下，採用角度權重方位超分辨技術可以使方位解析度的改善因子達到1 . 8以上。
分享友人
分享到 Line

分享到臉書