We develop a fringing state space model used in the continuous annealing furnace computer optimization control.
本文开发了一个用于连续退火炉计算机优化控制的离散状态空间模型。
This work is a successful case that can be used for reference of other industrial soaking pits in computer optimization control and management.
所做工作对国内外其它工业炉群的计算机优化控制和管理提供了可供借鉴的成功案例。
The development of the discrete state space models for computer control and operation optimization of reheat furnaces is presented in this paper.
本文论述了一个应用于加热炉计算机控制和优化操作的离散状态空间模型的开发。
Optimization is a technique of improving a process control systems computer program, etc in an attempt to achieve the best possible result.
优化是一种用于改进过程、控制系统、计算机程序等，以便力求获得最好的可能结果的技术。
The design and implementation of reheating furnace computer control system based on the dynamic mathematical model and the heuristic optimization strategy is discussed in this paper.
本文阐述了一个基于动态数学模型及启发式优化策略的连续加热炉计算机控制系统的设计与实施。
The reheating furnace process computer system goals are mainly dynamic production process control, process operation records tracking, and production process optimization with metallurgy model.
再加热炉过程控制计算机系统的主要目的是实现生产动态过程控制，跟踪操作记录，同时通过冶金模型进行生产过程优化。
With the application of computer control various kinds control computations and correction and optimization of control parameters are easily implemented.
采用计算机控制，便于实现各种控制算法和控制参数的修正及优化。
The computer control system scheme of Aluminum electrolytic cell based on CAN bus and Fuzzy controller based on chaos optimization are designed.
设计了基于CAN总线的预焙铝电解槽计算机控制系统的总体方案及基于混沌优化的电解质温度模糊控制器。
For the flow regulation of the controllable traffic in high-speed computer networks, optimization of control parameters directly influence on a PI controller.
对于计算机高速网络中能控交通流的调节，PI控制器的参数优化直接影响控制系统的性能。
Thess models have advantages to carry on the traffic control signal optimization and the traffic jam mechanism analysis. Furthermore, it is easily for the computer software realization.
该模型具有既能够进行交通控制信号优化与交通阻塞机理解析应用，又便于计算机软件实现的优点。
Based on mathematics and computer technology, an intelligent optimization control technology is used to find the optimized solution of many engineering projects.
智能优化控制技术是以数学、计算机为基础，用于求解各种工程问题优化解的应用技术。
Using an intelligent building management system as the operation platform, realizes the optimization of set parameters in the central monitoring computer as well as the close loop control in DDC.
以建筑物集成管理系统为操作平台，在中央管理计算机上实现了各设定值的优化，由现场DDC完成闭环控制。
The computer simulating technology applying to optimization control of pharmaceutical processes is a good example that traditional industry is reformed with information technology.
把计算机数字仿真技术运用于生产过程控制系统中，实现生产过程的最优化控制，是信息技术改造传统产业的一个范例。
Applies various advanced techniques such as frequency conversion, optimization control, fuzzy control and computer programing, the system has the characteristic that tracks the fluctuant loading.
系统基于变频技术，结合最优化控制、模糊控制以及计算机技术，具有负荷随动跟踪特性。
Taking antenna control system based on embedded computer PC-104 for example, are introduced, including software architecture, memory operation, HMI, performance optimization, etc.
以基于嵌入式计算机PC- 104的天线控制系统为例，从软件架构、内存操作、人机接口、性能优化等多方面阐述C语言嵌入式系统的编程技巧。
The technology involves the process control, concentration tracking, self-optimization, self-correction, AE control and a friendly man-computer interface.
内容包括工艺跟踪、浓度跟踪、自寻优、自校正、效应控制等技术以及友好的人机接口。
For electrical heating furnace a simple and feasible computer control strategy with PID algorithm has been set forth to achieve dynamic optimization and production stability.
针对铸件热处理用电加热炉，提出了一种简单易行的计算机控制方案，采用PID系统控制算法，以达到优化并稳定工艺参数及提高产品质量的目的。
For electrical heating furnace a simple and feasible computer control strategy with PID algorithm has been set forth to achieve dynamic optimization and production stability.
针对铸件热处理用电加热炉，提出了一种简单易行的计算机控制方案，采用PID系统控制算法，以达到优化并稳定工艺参数及提高产品质量的目的。
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