满意的控制

• Here we try to test the advanced sensors and artificial neural network ( ann ) controller , using the computer for a simulation , to get a better performance
  本文尝试使用较先进的传感器及人工神经网络控制器来代替传统的测量和控制方式,并对其控制效果进行模拟仿真,以期望得到较满意的控制效果。
• 5 . the control systems of the heater are designed by the adaptive fuzzy neuron control arithmetic . the step response curve is got . the results show their nice performances
  针对实验室电加热炉系统，使用自适应模糊单神经元控制算法进行控制系统的设计，得出阶跃响应曲线，取得了满意的控制效果。
• The project begins in 2000 , and completed in 2001 . the control system resulted in very good performances , satisfies the requirements of the process for inverter vanadium abstraction
  该项目于2000年进行调研和考察， 2001年投入运行，取得满意的控制效果，达到了攀钢炼钢厂转炉提钒控制系统改造的目的。
• So , if concise models are used to design controllers something may go wrong when these concise models differ largely from the real ones . sometimes the objects even can not be controlled
  如果用精确数学模型设计相应的控制器，那么当不确定参数变化剧烈时，往往难以获得满意的控制效果，甚至造成无法控制。
• In the face of control problem of complex mechanical & electronical system , which is of time - varying , strong coupling and uncertainty , any single control method can not achieve famous performance
  在面对时变、强耦合、不确定等特性的复杂机电系统的控制问题时,任何单一的控制方法都不能达到令人满意的控制效果。
• Because of its capability to emulate human thinking and human inference and to capture the inexact information of the plant , fuzzy logical controller ( flc ) often yields satisfactory performances
  因为模糊逻辑控制能模仿人思考和处理问题的方式，抓住对象的不确切信息，所以模糊逻辑控制往往能够取到令人满意的控制效果。
• This project was officially started in february , 1999 . accomplished in 2000 , the aim of renovation of high - speed rolling mill is fulfilled , moreover , the production in the same month was reached
  该项目为投标中标项目，系统改造投入运行后，取得了满意的控制效果，达到了攀钢线材生产轧机高速化、全自动化改造的目的。
• Finally , the flight simulation system is established . results of the simulation test have demonstrated that the method in this thesis is suit to not only the normal aircraft , but also the fault aircraft
  最终,飞行仿真系统实验表明:本文采用的自修复控制方法不仅使飞机在正常状态下,而且可以使飞机在故障状态下都能获得满意的控制效果。
• Pid control is the most common control method used in industrial process control , mainly because , despite their simplicity , they can assure satisfactory performances for a wide range of processes
  Pid控制是工业过程控制中应用最广泛的方法，因为这种控制策略不仅具有简单的控制结构，而且在许多过程控制应用中都能够获得满意的控制效果。
• So the presented method is fit for more common systems and pid tuning knobs on the industrial controller also can be used to adjust the performance of the closed - loop system . furthermore , the compute burden is greatly reduced
  这种方法不仅在性能上能够达到满意的控制效果，而且在参数的调节上，对于已熟悉pid参数调节的操作人员来说，亦便于学习和掌握。