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集成智能控制
    Application of integrated intelligent control strategies in high impedance electric arc furnace
    集成智能控制策略在高阻抗电弧炉炼钢过程中的应用
    Integrated Intelligent Control of Direct Torque Control System
    直接转矩控制系统的集成智能控制
    At first, this paper presents a kind of integrated intelligent control method whichis a subtle combination of genetic algorithm and fuzzy logic.
    首先,本文针对现代大工业过程中常见的非线性、多变量耦合、大滞后、时变系统,提出了一种集成智能控制方法:把遗传算法应用于模糊控制。
    A design of integrated intelligent control system is introduced in this thesis in order to solve the automation of electric thermal fore well which has characteristics which are difficult to build mathematical modal, nonlinear, large time-delaying, time-varying and strong-disturbing.
    本文针对电热前床不易建立准确数学模型,具有非线性、大延时、时变和干扰性强的特点,探讨了应用一种集成智能控制方案达到控制目标的自动控制系统的设计方法。
    In accordance with the characters of the process of steel making, for example, the high-grade nonlinear, the time dependentce and the indeterminacy, this device adopts some integrated intelligent control strategies, such as the genetic neural control, arc voltage balance,arc length balance,power balance, the multilevel communication control and the predictive compensation control based on the expert system, etc. It achieves the optimized control and the data monitor of steel making process, finishes operation optimization.
    采用了基于网络环境下的遗传神经网络控制、预估补偿控制、电弧电压平衡、电弧弧长平衡、电弧功率平衡等集成智能控制策略,针对电弧炉炼钢过程的高度非线性、时变性、不确定性,实现了高阻抗电弧炉炼钢过程的最优化控制及实时监控。
    In accordance with the characters of steelmaking process,for example,the high nonlinear, the time dependent and the indeterminacy, the device adopts some integrated intelligent control strategies, such as the genetic neural control, the multilevel communication control and the predictive compensation control based on the expert system, etc. It achieves the optimized control and the data monitor of steelmaking process,finishes operation optimization real time monitoring.
    针对电弧炉炼钢过程的高度非线性、时变性、不确定性 ,采用了基于网络环境下的遗传神经控制、多级递阶控制和专家预估补偿控制等集成智能控制策略 ,实现了高阻抗电弧炉炼钢过程的最优化及实时监控。
    For complex production process as coking process, an integrated intelligent control and management system(IICMS) based on multi-agent system(MAS) is proposed. The main idea is to decompose the complex problem into relative simple problems which can be solved by using agents and to realize the distributed,coordinated,integrated control and management of coke ovens by coordination among the agents and MAS units.
    针对焦炉这类复杂的生产过程,提出一种基于MAS(multi-agent system)理论和技术的集成智能控制与管理系统(IICMS)方案,该方案的主要特点是将复杂的问题分为多个相对简单的问题,通过Agent以及Agent之间和MAS之间的协调优化实现焦炉的分布式、协调化、集成化控制与管理。
 

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