计算图的英文

• calculating chart
• calculation chart
• nomogram
• pattern of calculation
• scaling system

• "计算"英文翻译    count; compute; calculate; r ...
• "图"英文翻译    picture; chart; drawing; map
• "计算图表" 英文翻译 :    abac; alignment chart; calculating chart; calculation chart; calculator; computation chart; computation diagram; nomogram; nomography
• "计算图表学" 英文翻译 :    nomography
• "计算图式" 英文翻译 :    computational scheme
• "湿度计算图" 英文翻译 :    psychometric chart; psychrometric chart
• "纵倾计算图" 英文翻译 :    trim diagram
• "布林登计算图" 英文翻译 :    bullington nomograph
• "吃水差计算图" 英文翻译 :    trim diagram
• "分贝计算图表" 英文翻译 :    decibel calculator
• "纵倾计算图表" 英文翻译 :    trim diagram
• "算图" 英文翻译 :    abac; charts; nomogram; rendering
• "吃水差计算图表" 英文翻译 :    trim diagram
• "传输线计算图表" 英文翻译 :    transmission line chart
• "葛尼-鲁利传热计算图" 英文翻译 :    gurney-lurie chart
• "列线图解，计算图表" 英文翻译 :    nomograph
• "通用防护计算图" 英文翻译 :    universal nomogram of shielding
• "通用放射性计算图" 英文翻译 :    universal radioactivity nomogram
• "自记计算器；运算图" 英文翻译 :    arithmograph
• "综合弹道计算图表" 英文翻译 :    generalized trajectory chart
• "重力效应透明计算图" 英文翻译 :    dot chart
• "液体石油产品粘度温度计算图" 英文翻译 :    liquid petroleum productsviscositytemperature chartsrts
• "尺算图" 英文翻译 :    nomogram
• "换算图" 英文翻译 :    conversion chart; nomograph
• "算图法" 英文翻译 :    nomography

• In the paper , the algorithms of cfi are amply dissertated and some computational images are provided
  文中对cfi算法进行了详细阐述，并给出部分计算图象。
• Consequently , there is urgent need of good algorithm for calculating the crossing number of graph
  因此，迫切希望有较好的计算机算法用以计算图的交叉数。
• Represents the friction calculation chart of the duct for graphic calculation during project design
  给出了柔性风管完全展开时的阻力计算图，可供工程设计时使用。
• Using the algorithm ccn ( calculate crossing number ) invented by us , we investigate the crossing numbers of all graphs for n < 9
  利用我们研制的计算图的交叉数的算法ccn ( calculatecrossingnumber ) ，本文对n 9的所有图的交叉数进行了研究。
• In these methods , the approach based - on high - order cumulants utilize the local window ' s correlation of image to compute the three - order cumulants as features . and the other two methods are perfect in spatial - frequency localization
  在基于高阶累积量的方法中，利用图象中象素的窗口邻域具有相关性的特点计算图象的三阶累积量作为纹理的特征。
• In this article , a algorithm ccn ( calculate crossing number ) is put forward to study the crossing number . it is a very important development in graph planarity issue after planarity - determinant algorithm and embedding algorithm
  本文首次给出了较好的计算图的交叉数算法ccn ( calculatecrossingnumber ) ，这是继图平面性判定算法，二连通图的平面嵌入算法之后在图的平面性问题上的一个最重要的进展。
• But , though considerable process has been made in the last ten years , digital watermarking is still in its infancy , and much interesting work remains to be done this thesis addresses some problems in the gray - scale image digital watermarking that are summarized below : 1 ) whereas the basic theory of digital watermarking is still very poor , a digital watermarking mathematic model based on imperceptibility and robustness is presented by analysising the characteristic of digital watermarking ; 2 ) based on the model constructed above , by defining the measures of capacity and robustness of digital watermarking , an objective method for evaluating the digital watermarking is introduced and used to analysis some algorithms ; 3 ) whereas geometric distortion always influences the restoration of watermark , we advocate to enhance the robustness against geometric distortion by restoring the image which has been distorted by geometric transformation , and a method is designed for estimating the parameters of geometric transformation ; 4 ) based on the conclusion discussed above , and combined with the masking effects of hvs , a novel public meaningful gray - scale image digital watermarking is designed by analysising the characteristics of image gray - scale interpolation and haar wavelet transformation . the experimental results show that the method is indeed powerful ; 5 ) whereas many image digital watermarking schemes , which embed watermark by modifying the values of pixels in spatial domain and transformed domain , are confronted with the conflict between the imperceptibility and robustness , we advocated to use some stable digital characteristics of host image as watermark and a algorithm based on hermite matrix is designed
  本文重点对灰度图象数字水印技术进行研究，主要工作如下： 1 )鉴于目前数字水印的理论研究比较薄弱的现状，本文通过分析数字水印的特点，建立了一个数字水印的数学模型，为进一步研究数字水印打下了基础； 2 )根据以上建立的模型，通过引入容量和稳健度的概念为数字水印提供了一个客观评价方法，并对一些数字水印算法进行了分析； 3 )为增强数字水印抵抗几何攻击的能力，研究了受几何攻击的图象的复原问题，并给出了一个计算图象几何变换参数的方法； 4 )通过分析图象灰度插值算法和haar小波变换的特点，结合hvs的掩蔽效应，设计了一个公开的有意义数字水印算法，实验结果表明本算法具有较强的稳健性； 5 )目前许多水印算法都是通过在空域或频域修改象素值的方法嵌入水印的，这种方法面临着透明性和稳健性的矛盾，为解决这个矛盾，本文提出以图象的某些稳定的数字特征为水印的观点，并结合hermite矩阵的特点设计了相应的水印算法，实验结果表明该算法具有较好的稳健性。