variance method中文是什么意思

• 方差法

• "variance"中文翻译    n. 1.变化，变动，变更；变度，变量；【统计】(平)方 ...
• "method"中文翻译    n. 1.方法，方式；顺序。 2.(思想、言谈上的)条理 ...
• "method of analysis of variance" 中文翻译 :    方差分析法
• "traffic variance method" 中文翻译 :    话务量变动法
• "two-variance method" 中文翻译 :    两差异法
• "variance components method" 中文翻译 :    方差分量法; 方差分析法
• "variance from standard method" 中文翻译 :    标准差异法
• "variance-to-mean method" 中文翻译 :    方差均值比法
• "at variance" 中文翻译 :    有分歧, 不和
• "at variance with" 中文翻译 :    与...有分歧, 与...不和, 与...不符
• "variance" 中文翻译 :    n. 1.变化，变动，变更；变度，变量；【统计】(平)方(偏)差。 2.(意见等的)相异；不和，冲突，争论。 3.【法律】诉状和供词的不符。 at variance with 和…不和；和…不符 (at variance with the facts 不符事实。His conduct is at variance with his words. 他言行不符)。 set at variance 使不睦，离间。
• "variance with" 中文翻译 :    和不和
• "combined variance(or poolled variance)" 中文翻译 :    合并方差
• "physical variance，efficiency variance" 中文翻译 :    实绩差异，效率差异
• "spending variance,expenditure variance" 中文翻译 :    开支差异
• "activity variance" 中文翻译 :    业务活动差异; 业务活动量差异; 作业差异
• "adaptor variance" 中文翻译 :    加性方差
• "additive variance" 中文翻译 :    加性方差
• "additivity of variance" 中文翻译 :    方差加和性
• "adverse variance" 中文翻译 :    不利差异,逆差
• "allan variance" 中文翻译 :    阿伦方差
• "analysis of variance" 中文翻译 :    变差分析; 变分析; 变异数分析; 方差分析法; 分析方差; 离散分析; 偏差分析
• "analytic variance" 中文翻译 :    分析方差
• "angular variance" 中文翻译 :    角方差
• "asymptotic variance" 中文翻译 :    渐近方差

• The methods to achieve the optimal allocation of fixed income securities include the target - penalty method and mean - variance method
  固定收益证券最优化的方法包括目标罚金方法和均方差方法等两种方法。
• Some normalization methods are discussed in detail , including histogram method , expectation - variance method and trend surface analysis
  这里详细介绍了各种测井数据标准化的方法原理，并给出了相应的实例。
• 3 , game theory analytics has been applied to improve mean - variance method of h . m . markowitz in fields of zero - sum game and non zero - sum game
  3 、运用博弈分析方法对马克威茨的均值一方差法在零和博弈和非零和博弈的范畴内进行了改进。
• The focusing evaluation functions are tested in detail in this dissertation . the experiments indicated that using variance method could attain good stability , insensitivity to noise and good regulation effect
  论文重点分析了自动对焦评价函数的性能，最后选择了性能相对良好的方差评价函数作为清晰度的评价方法。
• Many risk measuring techniques appears , such as variance method , p analysis method , duration method . these techniques only can be applied into given financial tools or specific field
  在西方，许多风险衡量技术，如标准差、系数、持续期和delta等方法都应运而生，但这些技术都只能适应特定的金融工具或在特定的范围内使用，难以综合反映风险承担情况。
• Aim at the limit of map - tuned variance method , we use directional noise to handle the motion along different road . then , we evolve the general formula to judge whether the target is on road or not , and present " extended map - tuned variance method "
  针对地图调整方差法的局限性，引入方向性过程噪声来表征目标在不同的道路上运动，推导出判断目标在道路上的一般公式，提出“扩展地图调整方差法” 。
• Theory analyzing and simulations show that : when target is on road , on road - junction , or on the transition from on - road to off - road ( from off - road to on - road ) , the performance of tracking algorithm using extended map - tuned variance method is improved obviously
  理论分析和仿真研究表明，当目标在道路上或者道路交叉点，或者目标从道路到道路外及从道路外到道路上的过渡过程时，目标跟踪性能得到改善。
• We present " c - imm extended map - tuned variance method " to combine c - imm and extended map - tuned variance method . simulations show that : the performance of target tracking is improved by using c - imm extend map - tuned variance method when target is on road or junction
  理论分析和仿真表明，基于多模型的“ c - imm扩展地图调整方差法”对于目标在道路交叉点时，或者目标在道路上匀速运动时，跟踪性能有所改进。
• Developed a new method for selecting optimal segmentation scale : mean variance method . from the graph many classes " optimal segmentation scales could be got . it proved that for different classes their optimal segmentation scale are different
  后者是针对于一种地物类别而言的，影像对象多边形既不能太破碎，也不能边界模糊的分割尺度，该尺度下对象大小与特定的地物目标大小接近，且类别内部对象的光谱变异较小。
• In this paper , according to the spermatozoa microscopic image characteristics four conventional image segmentation algorithms are compared . and at last the maximum between - class variance method is determined to be the best segmentation algorithm to the special images
  针对精子显微图像的特点，论文分析比较了四种现存的图像分割算法的特点，进而判定：基于灰度直方图的最大类间方差阈值选取法是最适合不同背景光强和样本密度的分割方法。