This paper presents a new method of parameter recognition of synchronous machine, a method of non linear programming based on state space discrete model. 提出一种同步电机在线参数辨识新方法:同步发电机状态空间离散模型的非线性规划辨识方法。
The parameter uncertainty interval estimation ( PIE) problem was transferred into a set of dual linear programming ( DLP) problems, and an improved simplex method was proposed to solve these DLP problems. 将参数不定区间估计(PIE)问题变换成一组对偶线性规划(DLP)问题,提出了求解这组DLP问题的改进单纯形方法。
In many modeling problems of control and system, such as the identification in L_1 and L_ ∞, the fitting of curves, parameter identification for uncertain system and bound identification can transfer the optimal solution for the increase of constraints to the linear programming. 在控制与系统领域的建模问题中,L1和L∞辨识问题,曲线拟合,不确定性系统参数及其边界的辨识等问题,均可以转化成为增加一个约束对线性规划问题最优解的求解问题。
Feasibility of reformulating parameter design of passive structural control as static output feedback is studied. An algorithm using linear matrix inequality programming is introduced to solve the static output feedback problem. H2-γ suboptimal design of a TMD control problem is used to illustrate the algorithm. 本文研究了将被动结构控制的参数设计转化为静态输出反馈问题的可能性,以及应用线性矩阵不等式工具求解静态输出反馈问题的方法,最后,给出一个TMD控制的H2-γ次优设计算例。
A method of the integration of one modified parameter prediction model ( MPPM) and one linear programming method was proposed to be used for predicting and simulating standing stock growths and selective cuttings of uneven-aged stands. 文中提出了一种修正参数预测模型(MPPM)和线性规划方法相结合对于林分进行生长预测和择伐模拟研究的方法。
It includes that the errors treatment of the parameters, the choice of the parameter sensors, the linear processing of the testing signals, the A/ D transition, the SCM data capture, and the programming on the software of microcontroller and industry-controlled computer. 内容包括测试参数的误差处理,内燃机试验各测试参数传感器的选择,测试信号的线性化处理、A/D转换及单片机数据采集,单片机及工控机测试软件的编写。
A heuristic method combined genetic algorithm and parameter linear programming is proposed to the FCLSP. A simulation example shows that the method is effective. 结合遗传算法和参数线性规划方法提出解FCLSP的混合算法,数值实例验证了其有效性。
Evaluation of several functional fighter agility metrics using optimal trajectory analysis is introduced. The problem is settled by transforming optimal control question into parameter optimal question to gain the optimization using non linear mathematic programming theory. 利用最优轨迹分析法确定战斗机的敏捷性,并将最优控制问题转换为参数优化问题,由非线性数学规划理论解出最优参数变化规律。
The genetic algorithm, the parameter linear programming method and a heuristic method were used in the developed method. 建立了数学模型,提出基于遗传算法、参数线性规划方法和启发式方法的分级混合算法。
There is also no parameter in it, and it has the same good stability and convergence as that in the chapter 2. The proposed net includes the models for linear and quadratic programming. 它不需要设定网络参数,同样具有第二章中网络的稳定性和收敛性,并且可用来解线性与二次规划。