Diophantine

网络  丢番图; 丢番; 丢番图方程; 刁番都; 番都

计算机



双语例句

  1. The Solutions of the Diophantine Equation about Abel-Difference Sets
    与Abel差集有关的一个丢番图方程的解
  2. Diophantine inequality with mixed powers 2,3, a and b
    混合幂为2,3,a和b的丢番图不等式
  3. An elementary proof of the Diophantine equation ( The equation abbreviated) is given by using recursion sequence method.
    运用递推序列法,给出组合数丢番图方程(方程式略)的一个初等解法。
  4. Sequential and Parallel Algorithms for Solving Linear Diophantine Equations
    求解线性丢番图方程(组)的串、并行算法
  5. On the diophantine equation is the number one branch, it has a long history and rich content.
    不定方程是数论的一个分支,它有着悠久的历史与丰富的内容。
  6. An Enumerative Algorithm for Solving a Kind of Mixed Integer Bilevel Linear Programming Problem On the Class Number of Positive Integer Solution of Multi-head Linear Diophantine Equation
    一类混合整数双层线性规划的枚举法一类多元一次不定方程的正整数解的组数问题
  7. On the Class Number of Positive Integer Solution of Multi-head Linear Diophantine Equation
    一类多元一次不定方程的正整数解的组数问题
  8. Total Number of Solutions of a Family of Exponential Diophantine Equations with a Parameter
    一族带参数指数型不定方程的总解数
  9. Some Diophantine Equations on Certain Extention Rings of Integers
    整数环的某些扩环上的一些丢番图方程
  10. Chapter four gives ABS algorithms for solving linear Diophantine inequations and their application in integer linear programming.
    第四章给出了求解线性丢番图不等式组的ABS算法及其在整线性规划中的应用。
  11. Diophantine Equation Solution in CME Analysis
    CME分析中的丢番图方程求解
  12. The proposed methods, avoid the Riccati equation and Diophantine equation and can reduce the on-line computational burden.
    本文提出的方法避免了求解Riccati方程和Diophantine方程,可减小在线计算负担。
  13. It identifies small parameters, and avoids online solving the Diophantine equation and inverse matrix. So the computation load of the algorithm can be reduced greatly, and real-time property is advanced.
    算法在线辨识参数较少,又避免了Diophantine方程和逆矩阵的在线求解,进一步减少了计算量,提高了实时性。
  14. The algorithm only estimates two parameters without on line solving the Diophantine equation.
    该算法仅在线估计两个参数,不用求解Diophantine方程。
  15. Diophantine Approximation, Gevrey Hypoellipticity and Almost Periodic Motion on the Torus T~ 2
    丢番图逼近、环面T~2上的Gevrey亚椭圆性与几乎周期运动
  16. Three exponential Diophantine equations concerning ZW ( n) are solved in this paper.
    解决了有关ZW(n)的3个指数Diophantine方程。
  17. δ-Combinatorial Counting Method Concerning Solutions of Diophantine Equations and Some Applications
    不定方程解的δ-组合计数方法及应用
  18. This paper gives an the solutions in positive integer of some exponential Diophantine equations by applying generalized Pell's equation method.
    本文利用推广的pell方程法给出了一类指数丢番图方程的全部正整数解。
  19. Classification of quantifier prefixes over Diophantine equations;
    不定方程前缀量词分类;
  20. The development of the theory of Diophantine approximation started two centuries ago.
    丢番图逼近(DiophantineApproximation)理论的发展始于两个世纪前,是数论的一个重要分支。
  21. A simple solution of Diophantine equation in multi-input and multi-output systems applying Matlab is presented.
    本文提出了一种求解多入多出系统Diophantine方程的简便方法,并给出了基于Matlab语言的程序清单。
  22. Explicit solution of Diophantine matrix polynomial equations in generalized predictive control
    广义预测控制中Diophantine矩阵多项式方程的显式解
  23. The security of these new cryptosystems depends on some NP-complete problems in the theory of Diophantine equations and on the difficulty of large number decomposition.
    这些体制的安全性依赖于求解丢番图方程中的一些NP完全问题和大数的素因子分解的困难性。
  24. Compared with some existing algorithms, it avoids solving the Riccati equations and Diophantine equations, and avoids the calculation of the pseudo-inverse, which reduces the computational burden.
    同某些算法相比,它避免了求解Riccati方程和Diophantine方程,且避免了计算伪逆,因而减小了计算负担。
  25. Chapter five presents the modified ABS algorithms for solving linear overdetermined linear Diophantine equations and inequations.
    第五章给出了求解超定线性丢番图方程组和不等式组的修正ABS算法。
  26. Model reference adaptive controller which based on Diophantine equation was designed through the combine of model-matching system and recursive least squares parameter identification algorithm.
    并将模型匹配系统和最小二乘参数递推参数辨识算法结合设计了基于Diophantine方程的模型参考自适应控制控制器。
  27. This method avoids the complex Diophantine equations, and reduces the computational burden by using the Kalman filter algorithm to predict the states of the systems.
    该方法避免了求解复杂的Diophantine方程,利用Kalman滤波算法得到系统状态的预测,减小了计算负担。
  28. The relation of the security of the cryptosystem with the simultaneous Diophantine approximation problem and the shortest vector problem over lattices is clarified.
    对2000年ACISP会议上的一个快速公钥密码算法进行了安全性分析,给出了该算法的安全性与联立丢番图逼近问题以及格上的最小向量问题之间的关系。
  29. It is shown that the cryptosystem is secure against low-density attacks and the simultaneous Diophantine approximation attacks.
    证明了该算法能够抵抗低密度攻击和联立丢番图逼近攻击等。
  30. The traditional generalized predictive control algorithm has a huge calculation burden resulting from solving Diophantine equation. Aiming at this problem, a generalized predictive controller based on Toeplitz predictive equation is presented in this paper.
    针对传统的广义预测控制算法需要求解Diophantine方程,具有较大计算负担的问题,本文设计了基于Toeplitz预测方程的广义预测控制器。