该装置采用微机技术、综合优化控制策略，实现了智能化。
The device adopts microcomputer technology and complex optimal controlled strategy, being intellectualized.
轧制策略是轧机进行过程优化控制参数设定的基础，轧制策略的优劣是综合评价轧机效能与轧制质量的关键。
Rolling strategy is a foundation of the parameters setting in optimization control of rolling process. An excellent rolling strategy is Key to evaluating a rolling process comprehensively.
对汽车起步过程中的离合器进行多目标函数综合优化，能够对控制目标进行全面评价。
The object to be controlled can be evaluated in all respects when multi-object function comprehensive optimization for clutch is carried out during starting of motor vehicle.
研究了楼上或舰艇船舶上机电设备的隔振和吸振综合控制系统的功率流传递特性及优化设计。
The transmission characteristics of the power flow and the optimum design of vibration isolation & absorption synthetic control system of machines on upstairs or on aboard, are studied.
指出综合考虑能更有效地对反应器生态系统进行设计、控制与优化。
This will be more effective for the design, control and optimization of biochemical processes in reactor ecosystem.
逻辑自动综合中控制部分的优化一般是在布尔方程确定之后进行。
Optimization in automatic logic synthesis is usually done after the Boolean equations are set up.
最后将优化结果应用于某干式双离合器式自动变速器，制定了系统综合控制策略。
Finally, the optimization results applied to a dry double-clutch transmission, developed a system of integrated control strategy.
第四章为DCT综合控制与优化。
在变电站安装电压无功综合控制装置是实现电压自动控制和无功优化的一种有效方法。
Installation of voltage reactive comprehensive device in substation is an effective way to realize voltage automatic control and reactive optimization.
提出了基于磨矿粒度优化控制的磨矿过程综合自动化系统，该系统由智能优化过程控制系统和运行过程管理系统组成。
This paper develops a hierarchical integrated automation system for this complex process, consisting of an intelligent optimizing process control layer and a process management layer.
通过综合分析减损控制律，可对控制输入序列进行优化选择。
To select a suitable control input sequence, the DMC law is analyzed and synthesized.
模糊控制作为智能控制的一个分支能够很好地将熟练操作人员的主观经验和直觉纳入控制系统，它从系统的功能和整体优化的角度来分析和综合系统。
As a branch of intellect control, fuzzy can bring skillful operator's subjective experience and intuition into control system, it analyses and synthesizes system from function and whole optimization.
用智能优化设定模型、炉况诊断模型、智能预报模型及回路控制，实现了优化综合生产指标的目标。
Overall production index is achieved using intelligent optimal setting model, fault diagnosis model, intelligent prediction model and loop control.
介绍了株洲冶炼集团公司优化控制烧结块化学成分，提高粗铅产量，获得良好综合回收效益的实践。
The practice of controlling sinter chemical composition to increase Lead sinter quality conducted in Zhuzhou Smelter Group Co.
由于经济指标一般表述为静态目标，本文对“胖系统”预测控制中静态目标的实现提出了综合性能指标法，改进了多目标优化法。
In the paper, two methods of steady state object realization, the aggregative performance method and the multiobjective optimization method, are presented to meet thee.
综合智能控制、鲁棒控制和优化理论及自主控制的要求，对飞行器自主控制进行了深入的研究。
Integrating intelligent control, robust control, optimal theory and the requirement of autonomous control we investigated UAVs autonomous control carefully.
本文提出了新的目标函数作为控制器参数优化对象，其中综合考虑了不可控模态、非机电模态的影响。
A new objective function, which considers the uncontrolled mode and non-electromechanical mode, is introduced for controller parameter optimization in this paper.
本文用最优控制理论建立双目标模型与能量模型对拱坝进行动力优化分析，两模型综合考虑拱坝的安全性、经济性和稳定性。
The Optimum Control Theory is applied to establish the double objective model and energy model for dynamic optimization of arch dam.
介绍了株洲冶炼集团公司优化控制烧结块化学成分，提高粗铅产量，获得良好综合回收效益的实践。
The practice of controlling sinter chemical composition to increase Lead sinter quality conducted in Zhuzhou Smelter Group co. Ltd sintering plant was presented in this paper.
仿真计算和道路试验均表明经过集成控制和集成优化设计后，汽车的行驶平顺性和操纵稳定性等综合动力学特性得到了改善。
The effectiveness of the proposed simultaneous optimization method to improve ride comfort and handling stability of vehicles is proved by theory analysis, simulation and test.
着重分析了减损与延寿控制律的综合过程，提出其基于多目标优化方法的理论基础。
The results can be used in modeling of conductivity modulation power devices under localized lifetime control.
此集成控制和集成优化的方法还可以应用于汽车底盘系统的综合设计和其他机电控制领域。
The method can also be used in the field of chassis design or other mechanical and electrical system design.
采取严格控制血压、个体化治疗、优化联合用药及综合干预是保护心脑肾不受损害的有效对策。
Severe blood pressure control, individual and combined medication, and comprehensive intervention are effective solutions for these organ protection.
采取严格控制血压、个体化治疗、优化联合用药及综合干预是保护心脑肾不受损害的有效对策。
Severe blood pressure control, individual and combined medication, and comprehensive intervention are effective solutions for these organ protection.
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