| 1. | Method of error compensation for inertial elements based on fuzzy optimal algorithm
图像增强模糊算法的协同进化优化 |
| 2. | However , the optimization methods by simulated evolutions are appropriate for solving the non - linear , discrete problems and combination optimization problems which are difficult to be solved via conventional methods
而模拟进化优化方法最适于解决那些传统优化方法难以求解的高度非线性、离散性问题及组合优化问题。 |
| 3. | A novel optimization method by simulated evolutions - ant colony optimization algorithm and its application in the unit commitment problem ( uc ) are exploringly investigated in this thesis
本文引入最近几年才提出来的一种新型模拟进化优化算法-蚁群优化算法，并以机组最优启停问题为研究对象，对算法本身及其在最优启停问题中的应用进行探索性工作。 |
| 4. | Then a combustion evolution optimizing system based on the radiant energy measuring was built , economical boiler combustion adjustment was carried out , under the combined action of a controller based on fuzzy self - optimizing of fume
在此基础上，建立了基于辐射能检测的燃烧进化优化系统，通过烟气含氧量与炉膛总辐射能的模糊自寻优控制器和风煤比进化优化器组成的燃烧优化回路的共同作用，对锅炉进行燃烧经济性调节，达到燃烧优化控制的目的。 |
| 5. | On this base , an evolution optimizing architecture of thermodynamic control systems was firstly proposed , the on - line optimizing problems of thermodynamic control systems were settled and the composing , working process , characteristics and concrete realizing procedure of the architecture were analyzed
在此基础上，首次提出了热力控制系统进化优化体系，解决了热力控制系统在线优化的问题，并分析了该体系的组成、工作过程、特点和具体实现过程。 |
| 6. | ( 3 ) reactive power optimal of radial network is a very complex nonlinear discrete optimal problem . to ensure the speediness , feasibility and optimality , evolution algorithm is improved by combination with interior point sequence linear optimal algorithm and principle of var balance . the improved algorithm is applied to the reactive power optimization and achieves distinct effect
( 3 )配网网络无功优化是一个非常复杂的非线性离散优化问题，为了保证计算结果的快速性、可行性和最优性，本文结合内点法的逐次线性优化方法，以及配网电压调节的特点，对模拟进化优化方法进行了改进，并将该算法应用于配网无功优化问题的求解，取得了显著的效果。 |
| 7. | Firstly , this paper deeply studied the simulated evolution theory , demonstrated the feasibility of resolving the optimization problems in the thermodynamic control systems with simulated evolution theory , and through the analysis of the calculability of this theory , created the general frame of the simulated evolution algorithm and created the theoretical base for building the evolution optimizing architecture of thermodynamic control systems
首先，对模拟进化理论进行深入研究，说明了运用模拟进化理论解决热力控制系统优化问题的可行性，并通过对模拟进化理论的可计算性分析，建立了模拟进化算法通用框架，为建立热力控制系统进化优化体系建立了理论基础。 |
| 8. | Aiming at the common control strategies and control methods of the thermodynamic control systems , this paper carried out the optimization emulation research with the simulated evolution theory ; this paper also made the emulation research and the experimental study of the evolution optimizing architecture of the thermodynamic control systems with the practical thermodynamic systems as research objects , and finally verified the feasibility and applicability of the architecture
针对现有热力控制系统中常用的控制策略和控制方法，采用模拟进化理论进行优化的仿真研究；并以实际热力系统的工作过程为对象，对热力控制系统进化优化体系进行仿真研究和试验检验，验证了该体系的可行性和适用性。 |
| 9. | ( 2 ) reactive power optimal of hv network is a very complex nonlinear discrete optimal problem . to ensure the speediness , feasibility and optimality , evolution algorithm is improved by combination with interior point sequence linear optimal algorithm and expert knowledge of voltage / var adjustment . the improved algorithm is applied to the reactive power optimization and achieves distinct effect
( 2 )高压网络无功优化是一个非常复杂的非线性离散优化问题，为了保证计算结果的快速性、可行性和最优性，本文结合内点法的逐次线性优化方法，以及电压无功调节的专家经验，对模拟进化优化方法进行了改进，并将该算法应用于无功优化问题的求解，取得了显著的效果。 |
