解子

jiè zǐ
  • see also解差
解子解子
解子 [jiè zǐ]
  • [escort] 解差;解官;押解犯人的差役

  1. 然而精确地解子问题太昂贵有时也不可能,在许多文献里讨论了不精确邻近点算法(IPPA)。

    However , solving the sub-problems is either expensive or impossible . The inexact proximal point algorithm ( IPPA ) was developed in many literature .

  2. 一种运动旋量逆解子问题的求解及其应用

    Solution for One Type of Inverse Kinematics Sub-problem in Screw Theory and Its Application

  3. 这种方法发崛和利用无关解子空间之间的组合,避免了重复搜索。

    This method will detect and exploit the independent solution space , avoiding many unnecessary search .

  4. 交换环上矩阵代数的可解子代数和幂零子代数的自同构分解问题是一类重要的具有理论意义的研究课题。

    It is theoretically important to solve the problems of decomposition of automorphisms of solvable subalgebra and nilpotent subalgebra of matrix algebra over commutative rings .

  5. 在求得各分系统可行解子空间后,系统全局理想解的合成就是一个多目标多阶段的综合决策问题。

    Synthesizing of the overall ideal solution is a synthetical decision question of multi-objective and multi-stage after the feasible solution subspace of every fractionalizing system has beed resolved .

  6. 通过仿真模型中各关节传感器可方便得到各关节运动情况。通过修改运动学逆解子模块中杆长参数进行仿真分析可以得到杆长对关节运动的影响情况。

    The state of movement of the joints can easily be known through the joint sensors the Inverse kinematics by modifying the parameters of sub-module robot simulation analysis of different length in the same track the movement of the impact of joint movement .

  7. 基于D-P准则的理想弹塑性材料本构关系积分的渐近解析解&子增量法

    Sub-incremental method for perfect elasto - plastic material based on D-P yield criteria

  8. 然后引入导子理想、可解导子理想以及导子单代数的概念。

    Then we introduce the conceptions of derivation-ideals , solvable derivation-ideals and simple derivation-algebras .

  9. 区间求解部分有保证地给出所有的含有唯一解的子区间;后续点迭代部分在各子区间中收敛到满足精度的各实值解的近似值。

    Interval section tells out all the sub-intervals which contain unique solution and the point section converges to the approximation of the exact solution in each sub-interval .

  10. 该算法的每步迭代需要解的子问题是一个二次半定规划问题,可以用已有的半定规划软件有效地求解。

    A sub-problem that per iteration of the approach needs to be solved is a quadratic semi-definite programming and can be solved quite efficiently by using some existed software .

  11. 班主任要敢于对热点难点问题进行疏导教育教师在任务驱动教学法中的作用主要有提出总体任务、解成子任务、导学生完成任务及总结、分等。

    What teachers do is mainly to bring forward the general task , divided into subtasks and guide students to finish tasks as well as give a summery and scores to the students ' tasks .

  12. 二阶线性方程解与乘子的关系

    Relation between solution of linear equations of second order and multiplier

  13. 关于二次子问题的解类谐振子的周期

    On solution of quadratic subproblem The Period of Anharmonic Oscillations

  14. 以因式分解法解三维谐振子径向方程为例说明解析递推关系和公式匹配的计算机处理;

    The factorization method for three-dimensional oscillator to show the method for formula match and recurrence relation in CA ;

  15. 该方法采用秩-1更新结构,首先构造两个无约束的代价函数,通过求其递归最小二乘解获得信号子空间;

    The signal subspace can be obtained through the recursive least square ( RLS ) solutions of two unconstrained weight functions .

  16. 应用目前流行的信赖域算法,并用带有信赖域技巧的截断共扼梯度法来解信赖域子问题。

    We apply the popular trust region algorithm and truncated conjugate gradient algorithm with trust region skills to solve trust region subproblems .

  17. 非自然保守系统大振幅自由振动的解析逼近解利用光滑子对方程组进行正则化,从而得到原方程组的逼近解。

    Analytical Approximate Solutions to Large Amplitude Free Vibration of Non-natural Conservative Systems We will regularize the equations by the standard mollifier to get the approximate solutions .

  18. 在第三章中,本文提出了一种利用全局最优解指导每个子种群整体向前进化的策略。

    In chapter 3 , a new improved strategy was proposed in the simple neighborhood search . The global best result guides each sub-population to achieve a better performance .

  19. 由于稳态时空具有更普遍的性质,所以研究低能弦理论稳态轴对称解的伸缩子时空中标量场的衰减行为是非常有意义的。

    Thus , it is worthwhile to investigate the decay of scalar fields in the background of dilaton black hole being the stationary axisymmetric solution of the so-called low-energy string theory .

  20. 提出了基于倒排调度方法(backwardschedulingmethod)的调度算法解单机生产调度子问题。

    Based on the backward scheduling method , a scheduling algorithm is developed to solve the single machine production scheduling problem .

  21. 有效解的Lagrange乘子定理与鞍点理论

    Match point hot point Lagrange multiplier theorem of efficient solution and saddle point theory

  22. 本文运用此办法解决了KdV方程的初值问题,得到了单孤立子解、双孤立子解和N个孤立子解。

    Based on this method , the KdV equation on the initial condition is solved . And one-soliton , two-soliton and N-soliton solutions are obtained .

  23. 解锥信赖域子问题的一类数值方法

    A Class of Numerical Methods for Conic Trust Region Subproblems

  24. q-畸变振子系统的解和q-振子代数

    Solutions to the q-deformed oscillator system and the h_q ( 4 ) symmetry

  25. 通过图分解,将一个约束系统分解成为许多子系统,利用吴方法等技术求出各子系统的解,将各子系统的解结合从而求出整个约束系统的全部解。

    The solution for the whole system was obtained by combining the sub systems solutions .

  26. 我们的方案藉由观察这个方法的解,决定每个子载波是否可以被共用。

    This scheme determines whether each sub-carrier is reusable for users by observing the method 's solution .

  27. 通过数值解,对谐振子系统布雷顿热机循环的性能参数进行了优化分析。

    By means of numerical analysis , the parameters of the performance of the heat engine cycle are optimized .

  28. 在另一个程序中,用节块格林函数方法解时-空中子动力学方程。

    In the other code , the Nodal Green 's Function Method was used to solve space-time dependent neutron diffusion equation .

  29. 在每次迭代中,主方向是通过求解一个总有解的寻找方向子问题产生,而辅助方向是由一显式公式计算产生。

    At each iteration , a master direction is obtained by solving one direction finding subproblem which always possesses a solution , and an auxiliary direction is yielded by an explicit formula .

  30. 如果一对明文对是正确对,满足差分特征,将其对应的密文代入方程组中系数项,该方程组的解一定包含正确子密钥的值。

    If a given plaintext-ciphertext pair satisfies the differential characteristic , substitute the ciphertext pairs into the system of equations , so the solutions for the system of equations must include the right subkey value for the last s rounds .