计算的复杂性的英文

• complexity of computation
• complication of calculus

• "计算"英文翻译    count; compute; calculate; r ...
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "复杂性"英文翻译    complexity
• "计算的复杂性理论" 英文翻译 :    theory of complexity of computations
• "过程的复杂性" 英文翻译 :    complexity of processes
• "环境的复杂性" 英文翻译 :    environment complexity
• "情绪的复杂性" 英文翻译 :    complexity of emotion
• "问题的复杂性" 英文翻译 :    the complex nature of the problem
• "计算复杂性" 英文翻译 :    complexity of computation; complexity of computing; computational complexity theory; computing complexity
• "辨别得失的复杂性" 英文翻译 :    identifying the win lose complex
• "不可化约的复杂性" 英文翻译 :    irreducible complexity
• "错误处理的复杂性" 英文翻译 :    error processing complexity
• "大规模管理的复杂性" 英文翻译 :    complexities in large scale management
• "减少文件和手续的复杂性" 英文翻译 :    reducing the burden of documentation and formalities
• "建筑的复杂性与矛盾性" 英文翻译 :    robert venturl:complexity and contradiction in architecture
• "媒体提供选择的复杂性" 英文翻译 :    complexity of choice available
• "计算复杂性函数" 英文翻译 :    computational complexity function
• "计算复杂性理论" 英文翻译 :    computational complexity theory
• "复杂性" 英文翻译 :    complexity; complicacy; inhomogeneity 问题的复杂性 the complex nature of the problem; 复杂性因子 complexity factor
• "可计算性与计算复杂性" 英文翻译 :    computability and complexity of computing
• "dna复杂性" 英文翻译 :    dna complexity
• "查询复杂性" 英文翻译 :    query complexity
• "程序复杂性" 英文翻译 :    program complexity
• "带复杂性" 英文翻译 :    tape complexity
• "代码复杂性" 英文翻译 :    code complexity

• Three conflicting goals can be separately considered in each phase so to reduce computational complexity
  为了减少计算的复杂性，每一阶段分别实现互相冲突的三个目的之一。
• Institute of automation , chinese academy of sciences , 2004 . 10 quinlan j . induction of decisions trees
  换句话说，树表示方法在计算的各个阶段，计算的复杂性与对象个数呈现线性关系。
• In addition , it does not need the computation of the projective depth and consequently the fundamental matrix
  它无需估计投影深度，避免了基础矩阵计算的复杂性问题，因而也不受相机特殊运动的限制。
• However , due to the complex of computation and the need of the design , sometime we need to use polynomial approximation for a rational curves and surfaces
  然而由于计算的复杂性和设计的需要，有时我们还需要用多项式函数来逼近有理曲线和曲面。
• Last , the experiments were given to show the efficiency of this system on position measurement of space targets . on this base , the calibration methods based artificial neural networks introduced
  实验验证，人工神经网络的定位方法进一步简化了多线阵像机视觉定位系统标定与定位计算的复杂性，在定位精度上达到了良好效果。
• By using bpm , the problem is reduced from a second - order boundary value problem requiring iteration or eigenvalue analysis to a first - order initial - value problem that can be solved by simple " integration " along the propagation direction
  和其他模拟方法相比， bpm将二阶边值问题简化为一阶初值问题，减小了计算的复杂性，缩短了计算时间，降低了对计算机硬件的要求。
• Due to the complexity of noise prediction calculation , the train running noise was taken as line sound source to predigest the model in fore prediction commonly , by this way , the error of the result and the fact value was relatively great
  由于噪声预测计算的复杂性，在以前的预测方法中一般都是将列车运行噪声作为线声源，以使预测模型简化，这样得到的结果与实际值之间误差较大。
• Experimental results showed that the pose measurement system for those cameras can reduce effectively the computational complexity in the space location for stereovision , and that the cameras work well at location accuracy range and sampling speed
  实验结果表明，基于非线性修正的多线阵像机位姿测量系统简化了立体视觉空间定位计算的复杂性，在定位精度、定位范围和采样速度上均达到了良好效果。
• The subsection integral is used to get a simple function at first in the numerical calculation , and boundary integral is realized by gauss integral on each panel and line , then the complexity and isstability as a result of the high frequency surge function can be avoided
  数值计算中，首先采用分部积分对被积函数进行简化处理，然后采用高斯积分实现面元和线元上的积分，避免了被积函数为高频振荡函数所带来的数值计算的复杂性和不确定性。
• The definitions and the conditions of cavitation erosion and flash vaporization have been discussed in detail ; the paper also shows examples of different definitions in different books , which cause the complexity of calculating discharge factor and the damage to control valve ; suggests relevant measures to avoid the damage in real working condition
  摘要对气蚀和闪蒸的定义、产生的条件进行了详细论述，以规范不同版本书籍在概念上的模糊不清，以及由此造成的调节阀流量系数计算的复杂性和对调节阀的损害，以便采取相应措施，在实际工况条件下加以避免。