可行控制

The simulation test show that the main controlling targets which were calculated by the fuzzy controller, including grade of blister copper, components of slag and temperatuere, were compared with industrial data and they agree well.

通过模拟实验可看出，主要控制目标粗铜品位、炉渣成分、温度，其模拟值与生产实际分析值比较接近，偏差不大，表明模糊控制器的控制精度较高，能够较好地控制自热炉的生产，稳定炉子的作业状况，模糊控制器的设计是可行、可靠的。

Then we can solve the couple of atmosphere and temperature with fuzzy decouple control, and it is feasible to decouple by use of the functional relation of temperature, atmosphere and heat value.

对气氛与温度之间的耦合使用模糊解耦控制，利用温度、气氛和热值三者的函数关系式进行解耦是可行的，能达到良好的解耦效果，并进行计算机仿真，表明本文采用的智能解耦控制方案具有较好的控制效果。

And the inverse result of kinematics for the shield hinge equipment is obtained and one-degree inverse coefficient matrix of the impact, two-degree inverse coefficient matrix of the impact and the expression of velocity, acceleration for every component are calculated, all of these lay the foundation for the following kinetics of the shield hinge equipment.

研究盾构铰接装置的能控性问题，讨论铰接液压缸的驱动力对切口环上末端力的控制能力，通过盾构前体切口环的末端力能控性，理论证明盾构铰接装置在土层中工作时切口环的可行运动与不可行运动，并得到可行运动的运动特性曲线。

ABSTRACT The infeasibility problem in voltage/reactive power optimization is analyzed in this paper, and this problem is handled with fuzzy constraints to obtain a solution as close as possible to the original space.

分析了电力系统电压无功实时优化控制中出现的不可行问题，通过引入模糊约束，从一个新的角度对不可行问题进行了处理，最终获得尽量靠近原不等式约束空间的解。

Through this study, it is feasible to use the control technology based on mode analysis, both the linear quadratic optimization control and the sliding mode control.

研究结果表明：本文采用的基于模态分析的控制技术，无论是线性二次最优控制还是滑动状态控制是可行的。

According to the real time control experiment of the"3-2-1"type 6DOF platform, it proves that the real time motion control based on virtual simulation is a feasible control method. The designer himself needn't do the modeling and solving of the kinematic positive/negative calculation of the complex space structure and it deeply reduces the needs of the control hardware.

通过所进行的"3-2-1"型六自由度平台实时运动控制实验可以证明，所提出的基于虚拟仿真的实时运动控制是一种可行的控制方法，它不仅不需要设计者自己直接进行复杂空间机构的运动学正、反解的建模与求解，而且极大地降低了对系统控制硬件的要求。

The experimental results prove that an IPMC based centimeter scale micro robot fish is feasible. The velocity control can be realized by changing frequency and duty ratio of the control signal, and ascent-descent, turning, cruising can be realized by the cooperation of pectoral fin and caudal fin.

实验结果证明，基于IPMC的厘米级机器鱼是可行的：通过改变控制信号的频率和占空比，实现微型机器鱼的速度控制；通过控制胸鳍和尾鳍，实现上浮、下潜、转弯、巡游等运动模式。

The investigation and simulation results show that the two methods are effective and practicable on predicting for and controlling the movement cross direction of shipping: periodogram predictor and controller is super than optimal predictor andcontroller in the case of large-scale nonlinear system.

本文通过理论研究和大量仿真计算结果表明，利用这两种方法进行船舶横向运动姿态预报及控制均是可行的：周期图预报及控制的方法在船舶大范围运动的预报控制中，控制效果比经典的LQG控制效果更好。

The paper analyses the present situation of seconde songhuajiang river basin water resources artificial control based on the introduction of watershed water resources system controlled by artificial groundwater storage, puts forward some important artificial storage systems accouding to hydrogeological characteristics, analyses separately water volume balance storage model and benefit.

本文在简要介绍了地下水人工调蓄对流域水资源系统的控制的基础上，对第二松花江流域水资源人工控制的现状进行了分析，根据流域水文地质特征，提出了几个重要的人工调蓄系统，并分别对各系统进行水量平衡、调蓄模式和效益分析，从而得出用地下水人工调蓄对二松流域水资源系统进行控制是可行的结论。

In this paper theoretical investigation and large numbers of simulation results indicated that it is feasible that shipping utilizes the rudders to reduce rolling, and stochastic and fuzzy PID control adopted in this paper have better results.

本文通过理论研究和大量的仿真结果表明，船舶利用航向舵减横摇是可行的，本文所采用的随机控制和模糊PID控制具有较好的控制效果。

On closer examination, though, this is not a vote for multilateralism but just the opposite.

仔细审视后我们发现，这并非是对多边主义投出的赞成票，而是恰好相反。

Uncovering their weak spots, so I can defeat them.

揭露出他们的弱点，这样我就可以打败他们了。