In chapter 4 we stress the application of fuzzy adaptive PID controller which combines fuzzy control and PID control technology in cutting line position control system.
其中在第四章重点论述了模糊控制方法与PID控制技术相结合的模糊自适应PID控制器在剪切线位置控制系统中的应用。
Adaptive fuzzy control is studied and used to control constrained milling process for constant cutting force. The experiment shows that the control method proposed useful.
讨论了自适应模糊控制的实现方法，并研究了其在有约束的恒力铣削加工过程中的应用。加工实验表明这种方法简单实用。
The keys to adaptive control with optimization of machining operations are modeling of cutting process and selecting of real time optimal strategy.
机械加工最优自适应控制的关键在于自适应加工模型的建立和实时优化策略的制定。
The entropy theory of the information theory is applied in the control of cutting process and the theory of self-adaptive control based on maximum entropy in machining process is proposed.
将信息论中的熵理论运用于加工过程控制，提出加工过程中基于最大熵的自适应控制理论。
The entropy theory of the information theory is applied in the control of cutting process and the theory of self-adaptive control based on maximum entropy in machining process is proposed.
将信息论中的熵理论运用于加工过程控制，提出加工过程中基于最大熵的自适应控制理论。
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