All these new results show the validity of the network in solving quadratic optimization with bound constraints.
这些新的结论都表明了该神经网络在求解有界约束二次规划问题时的有效性。
This paper proposes a new method for the design of FIR filter by using semi infinite quadratic optimization (SIQO) techniques.
该文基于半无穷维二次优化(SIQO)技术给出一个设计FIR数字滤波器的新方法。
The approximation of the primal quadratic optimization model can be obtained by solving the regularized one and adjusting the homotopy parameter.
然后通过调节同伦参数，对每个不同的参数用复制子等式进行求解，从而得到原二次规划模型近似解。
Under new control conditions, we prove convergence of the quadratic minimization problem, which improves the recent results by Xu about quadratic optimization.
在新的控制条件下，证明了二次型极小化问题的迭代算法的有效性，所得结果改进了徐洪坤关于二次型优化的最新结果。
Using this extended quadratic optimization theorem, the necessary and sufficient condition for the existence of stable quadratic optimal closed-loop system is obtained.
利用这个推广的二次最优定理，得到了存在稳定的二次最优闭环系统的充要条件。
In this paper, the authors aim to use quadratic optimization theory in obtaining generalized optimal weights, whereby, the restriction on the covariance matrix is just a mere special case.
本文作者的目标是应用二次优化理论以获得一般情况下的最优权系数，所得结果突破了前述的方差阵的限制。
This paper presents a reactive power optimization model that is based on successive quadratic programming methods.
介绍了一种无功优化模型，并基于连续二次规划的方法。
The updating problems of structure models are turned into the optimization with a quadratic constraint.
该方法将模型修正问题转化为一个带二次约束的最优化问题。
This article investigates two models for minimizing tracking error: quadratic tracking error optimization and linear tracking error optimization.
本文研究了跟踪误差最小化的两种模型：二次优化模型和线性优化模型。
The sequential quadratic programming algorithm of optimization toolbox of MATLAB is effectively used to solve the model after it is concisely introd.
在简要介绍MATLAB优化工具箱中的序列二次规划法后，采用该算法求出设计结果。
The optimum design of plane quadratic enveloping ring surface worm drive has been realized using the theory and method of optimization.
针对平面二次包络环面蜗杆传动，运用优化理论和方法，对其进行了优化设计。
SVM transforms machine learning to solve an optimization problem, and to solve a convex quadratic programming problem by the optimization theory and method constructing algorithms.
它将机器学习问题转化为求解最优化问题，并应用最优化理论构造算法来解决凸二次规划问题。
In this paper, a modified sequential quadratic program (SQP) for inequality constrained optimization problems is presented.
本文对不等式优化问题提出了一个修正的序列二次规划算法(SQP)。
Sequential quadratic programming (SQP) method is an efficient method for solving smooth constrained optimization problems because of its fast convergence rate.
由于序列二次规划（SQP）算法具有快速收敛速度，所以它是求解光滑约束优化问题的有效方法之一。
In this paper, we are concerned with the sequence quadratic programming (SQP) methods for solving constrained optimization problems.
本文研究求解约束最优化问题的序列二次规划算法(SQP算法)。
Analysis and computation of reactively loaded directive arrays is done by using the method of Moments (MOM) and an optimization procedure based on a quadratic interpolation method.
本文利用矩量法和基于二次插值法的优化方法对电抗加载定向天线阵进行了分析计算。
According to red tide monitoring data from Tongan Bay, we carried out the Quadratic Knapsack model optimization for monitoring stations.
根据同安湾赤潮监测资料，对监测站位进行二次背包模型优化。
With optimization and restricted targets, it uses the means of linear quadratic optimal control to get the current controller output.
根据优化及约束目标，再将其转化为线性二次优划问题从而得到系统当前的控制动作。
The LAB Controller, in contrast, solves the economic optimization and the controller calculations simultaneously using a state-of-the-art quadratic program developed expressly for this purpose.
相反地，LAB控制器求解经济优化和控制计算同时进行。 它使用最先进的专为此而开发的二次规划方法。
The basic idea of these methods is to approximate the optimization problem by a sequence of quadratic minimization problems subject to some trust region.
该类算法的基本思想是通过求解一系列二次函数在信赖域中的极小值点逼近最优化问题的解。
The response surface approximation models are used to replace the original complex vehicle performance model, the optimization is conducted using a sequential quadratic programming algorithm.
通过响应面近似模型的优化，完成了高超声速巡航飞行器的多学科设计优化。
Therefore, the optimization problem can be changed to normal quadratic programming form which can be solved by quadratic programming method.
这种方法还可以解决任意形状报价曲线给交易算法带来的困难。
Mathematic models between yield and N fertilizer and plant density for two peanut variety types were set up by using quadratic saturation D-optimization design under single-seed planting.
采用二次饱和D—最优设计建立了精播条件下不同类型花生品种N肥用量和密度与产量的数学模型，探讨肥料与密度的产量效应及优化配置。
By using direct shooting method, the associated optimization was converted into a nonlinear programming problem, which was solved through a sequential quadratic programming solver.
利用直接打靶法，将此最优控制模型转化为非线性规划问题，并采用序列二次规划算法进行解算。
By using direct shooting method, the associated optimization was converted into a nonlinear programming problem, which was solved through a sequential quadratic programming solver.
利用直接打靶法，将此最优控制模型转化为非线性规划问题，并采用序列二次规划算法进行解算。
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