全局的最优解 global optimal solution(3)   global optimal solution      The simulated annealing algorithm is an enlightening random search method based on Monte Carlo recursion, and it can find global optimal solution by simulating annealing process.      模拟退火算法是基于 Monte Carlo迭化求解法的一种启发式随机搜索法 ,该算法能通过模拟退火过程快速找到全局的最优解。 短句来源      By giving suitable fitness function, global optimal solution was found and result of registration was given.      通过给出适当的适应度函数,寻找出全局的最优解,并得到配准结果。 短句来源      By giving suitable fitness function, global optimal solution was found and result of registration was given. A method was provided for clinical diagnosis.      通过给出适当的适应度函数,寻找出全局的最优解,并得到配准结果,这为医学临床诊断多模态信息融合提供了一种方法。   “全局的最优解”译为未确定词的双语例句      Finally,the simulation analysis shows that the algorithm not only has fast convergence speed and high precision of solution,but also can maintain the diversity of the population and reach a global optimum of non-concave objective function.       仿真结果表明λSSGA算法在具有较快的收敛速度和精度的同时,还可以有效地维持群体的多样性,得到问题全局的最优解. 短句来源   相似匹配句对      A fuzzy optimal solution method based on GA for this type of symmetric model is also proposed in this paper.      ; Fuzzy最优解; 短句来源      The Optimal Solution of Linear Programming      线性规划问题的最优解 短句来源      From Local Minimum to Global Optimum      从局部极小到全局最优 短句来源      The Optimality Conditions of Ekman Model      Ekman 最优解的条件 短句来源      On Optimal Soltion of Fuzzy Linear Programming      模糊线性规划的最优解 短句来源 查询“全局的最优解”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   global optimal solution Experimental results have shown that a global optimal solution can be quickly obtained using the proposed method and the precision requirement for target location is satisfied.        In addition, considering the non-convex and non-concave nature of the sub-problem of combinational optimization, the branch-and-bound technique was adopted to obtain or approximate a global optimal solution.        First, the timing-driven placement algorithm is used to find the global optimal solution.        Making use of the intrinsic stochastic property and ergodicity of chaos movement to escape from the local minimum and direct optimization searching within global range, an approximate global optimal solution is obtained.        Using insights from the Auxiliary Problem Principle (APP), we show that under both coordination mechanisms the divisional proposals converge to the global optimal solution of (DCA).        更多           As a continued treatment of a previous article (1) by the same author, this paper presents an iterative algorithm for seeking the global weight optimum, the convergent conditions of the algorithm being established using M. Edlestein's contraction mapping theorem. 本文是工作的深入.文中给出求全局最优解的迭代算法,并用M.Edlestein收缩映射定理建立收敛条件. The present paper is a s ummary of our recent research works [1-5] on optimum design of thin, solid, elastic plates. Within the context of thin plate theory, we first study the traditional formulation for optimal design, and then proceed to a new formulation, which is based on a densely, integrally stiffened plate model. Both numerical and analytical results reveal that a global optimal thickness ful1ction for thin, solid, elastic plates does genera- lly not exist within the class of continuous functions, or... The present paper is a s ummary of our recent research works [1-5] on optimum design of thin, solid, elastic plates. Within the context of thin plate theory, we first study the traditional formulation for optimal design, and then proceed to a new formulation, which is based on a densely, integrally stiffened plate model. Both numerical and analytical results reveal that a global optimal thickness ful1ction for thin, solid, elastic plates does genera- lly not exist within the class of continuous functions, or continuous functions with a finite number of discontinuities, and shou1d instead be sought within the class of functions with an infinite number of discontinuities. In cases where smooth(or partially smooth) designs are possible, a now necessary condition for optimality should be applied. 本文是我们最近关于实心弹性薄板最优设计[１－５］的一个扼要总结。在薄板理论内，我们先研究传统提法，然后讨论新的、以密级加肋板模型为基础的提法。数值和解析结果两者揭示了实心弹性薄板的全局最优解在连续函数类和只有有限个问断的连续函数内并不存在，而应在只有无限间断的函数类内寻找。当光滑解可能时，本文给出一个新的最优化必要条件． The present paper studies the problem of optimizing thin, solid elastic plates with limited slope of thickness functions. Starting from randomly ge- nerated initial designs, an algorithm based on optimality criterion leads to different, locally optimal designs. It is further discovered that the compliance functional is not a convex functional, and the existence of locally optimal de- signs is inevitable. But it is also observed that in cases that the load wave number n is small or the constraints on slope are... The present paper studies the problem of optimizing thin, solid elastic plates with limited slope of thickness functions. Starting from randomly ge- nerated initial designs, an algorithm based on optimality criterion leads to different, locally optimal designs. It is further discovered that the compliance functional is not a convex functional, and the existence of locally optimal de- signs is inevitable. But it is also observed that in cases that the load wave number n is small or the constraints on slope are moderate, design obtained from initial design of uniform thickness destribution seems to be a globally optimal one. 本文研究在对板的厚度函数斜率加上限制的条件下实心弹性环板的最小柔顺性 （或最大刚度）设计。从随机地产生的不同初始设计出发，以最优准则为基础的叠代 算法收敛到不同的局部“最优”设计，进一步发现，柔顺性（Ｃｏｍｐｌｉａｎｃｅ）泛函不 是一个凸泛函．必然存在多个局部极值。但当外荷载沿环向变化较慢时，或对板的厚 度变化斜率加上比较严的限制时（这种限制在工程上是比较合理的），从均匀厚度的 初始设计出发进行叠代收敛到的最后设计极可能是一个全局最优解。   << 更多相关文摘      相关查询 全局的 全局的状态 全局的结果 全局的最优 有效的全局优化 通观全局的能力 的 点的全局渐近 点的全局稳定性 全局 全局最优规划的研究 复杂生态系统的全局稳定性

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