霍夫变换的英文

• hough transformation

• "霍"英文翻译    suddenly; quickly
• "夫"英文翻译    that; this; those; these
• "变换"英文翻译    vary; alternate; commutation ...
• "卡达诺夫变换" 英文翻译 :    kadanoff's transformation
• "马尔可夫变换" 英文翻译 :    markov transform
• "波戈留玻夫变换" 英文翻译 :    bogoliubov transformation
• "诺夫变着" 英文翻译 :    taimanov variation
• "丈夫变了心" 英文翻译 :    the unfaithful husband
• "霍夫" 英文翻译 :    candida hfer; hof, germany; hoof; hough; hove; monckton hoffe; otto fritz meyerhof; ted hoff
• "马尔科夫变量" 英文翻译 :    markovian variable
• "马尔可夫变数" 英文翻译 :    markovian variable
• "纳依道夫变着" 英文翻译 :    najdorf variation
• "泰马诺夫变着" 英文翻译 :    taimanov variation
• "变换" 英文翻译 :    vary; alternate; commutation; alternation; conversion; reforming; [数学] transformation 变换手法 vary one's tactics; change tactics; resort to different tactics; 变换位置 shift one's position; 变换参数 transformation parameter; 变换齿轮 change gear; 变换方程 transformation equation; 变换函数 transfer function; 变换开关 [自动化] alteration switch
• "可使懦夫变勇敢" 英文翻译 :    necessity and opportunity may make a coward valiant
• "埃霍夫" 英文翻译 :    ekhov
• "艾霍夫" 英文翻译 :    eihoff; eyhoff
• "奥霍夫" 英文翻译 :    ohof
• "巴霍夫" 英文翻译 :    bachof; bakhov
• "拜霍夫" 英文翻译 :    beyhoff
• "鲍霍夫" 英文翻译 :    bauhoff
• "贝霍夫" 英文翻译 :    bykhov
• "本霍夫" 英文翻译 :    boennhoff; bonnhoff
• "博霍夫" 英文翻译 :    bochov; bochow
• "布霍夫" 英文翻译 :    bukhov

• The recognition the geometric figure based on the hough transformation theory
  基于霍夫变换理论的图形识别
• Research on fuzzy modeling based on hough transform and its application
  基于霍夫变换的模糊建模研究及其应用
• This paper takes the hough transform to simulate a velocity profile by using the anti - noise advantage of hough transform to eliminate the noise points
  利用霍夫变换抗干扰（或噪声）能力强的优点，可将干扰点（或噪声）剔除，然后用霍夫变换拟合流速剖面。
• Results of inspection and application show that the velocity profile simulated by hough transform is more close to the measured values than that simulated by the least square method
  经过检验与应用表明，霍夫变换拟合的流速剖面比传统的最小二乘法更接近实测值。
• If a higher accuracy resolution is required , the distances of points to the fitting line can be taken as the judgment standard , and the data eliminated noise points by hough transform can be simulated by the least square method
  当精度要求较高时，可将各拟合点到拟合直线的距离作为判别标准，对经霍夫变换剔除干扰点（或噪声）后的数据点再进行最小二乘法拟合。
• Basing on hough transform , two - valued spectral pattern image is fitted to linear array single - element wide and different - distance apart , and then position information of every line in the array is noted by order . searching the fitted linear array by initialized value and the identifying goal is accomplished
  以霍夫变换为理论依据,将二值化谱线图像拟合为单像素宽、距离不等的直线组,并按次序记录每条直线的位置信息;根据初始化的预定值,搜索拟合所得直线,完成谱线的识别工作。
• The contributions of this dissertation is listed below . aiming at existing defects of traditional beeline detection by hough transformation ( ht ) arithmetic , such as large storage space consuming , imprecise beeline detection effect and information loss of image feature pixels etc , we suggest two new beeline detection methods . ( 1 ) based on infinite symmetry exponential filter and its recursion arithmetic , new beeline detection methods can get exact direction of image edge pixels in advance , so it reduces highly the calculation quantity of the conventional ht , and improves the speed and the precision of beeline detection greatly
  本论文的主要研究成果列举如下：针对传统直线检测霍夫变换( houghtransform ， ht )所存在的参数空间存储量大，直线检测不精确以及图像特征点信息丢失等缺点，提出两种新的直线段检测算法： ( 1 )提出一种基于无限对称指数滤波的ht直线段检测算法，在进行边缘检测的同时，提前精确定位边缘点的方向，减少了ht的运算量，提高了运算速度和检测精度，而且整体算法便于硬件的并行执行，使得实时处理成为可能。
• The new algorithm starts from an initial estimate which is based on the hough transform , and a rectangular window is centered using the current line approximation , and a new line estimation is generated by making a total least squares fit through the pixels contained within the window . this is repeated until convergence is reached . lastly , we have suggested a new technique which may recover the motion and structure parameters of a moving object by using of 21 optical flow lines based on the optical flow fields of the feature line this thesis is the project supported by aeronautical foundation science ( no . 99f53065 ) and research center of measuring and testing technologies , and control engineering in nanchang institute of aeronautical technology ( no . 2001 - 15 )
  算法的思路是：首先，在小区域内运用霍夫变换确定直线的初始值；其次，以直线的初始值所对应的直线为中心线，建立一个矩形框；最后，利用矩形框内所包含的边缘点数据不断地迭代直至收敛，从而达到进一步修正直线的坐标参数；本文基于特征直线的光流场，即线流场，建立了一种利用21条光流线确定空间三维物体旋转运动参数、平移运动参数以及对应的空间直线坐标的线性算法。

• 霍夫变换的法语：Transformée de Hough
• 霍夫变换的日语：ハフ変換
• 霍夫变换的韩语：허프 변환
• 霍夫变换的俄语：Преобразование Хафа
• 霍夫变换的阿拉伯语：تحويل هاف;