In the last part , signal quality is evaluated and pre - distortion calibration is applied to improve signal quality 第三部分完成了信号源的系统控制，包括系统逻辑控制、接口逻辑、时序控制、地址计数等。
A distributed logic control mode is used in this parallel operation system , so all the inverter modules in the system are equal 本系统采用了分散逻辑控制方式，系统中各并联单元是无主从的、平等的关系。
So for this sort system , this paper constructs the logical control model based on pal - bool algebra by pal - bool algebra 因此针对这类系统，本文采用泛布尔代数作为分析工具，建立基于泛布尔代数的逻辑控制模型。
With the development of the numerical control system , machine logic , as the control kernel , is put forward to a higher request 随着数控技术的发展，也对数控系统中的整个运动控制核心的机床逻辑控制提出了较高的要求。
Professor austrom points out that fuzzy logic control , neural networks and specialist system are three typical intelligent control methods 控制学术权威austrom指出：模糊逻辑控制、神经网络和专家系统是三种典型的智能控制方法。
Machine logic , the kernel of the whole motion control , is necessarily realized through software too , which accelerates the development of softplc 作为整个运动控制核心的机床逻辑控制也必然要以软件的形式来实现。这样就促进了软plc的发展。
In chapter 5 , we analyze the behavior of autonomous mobile robot . then we design a behavior - based fuzzy control method for mobile robot 第五章对控制系统中采用的移动机器人自主驾驶行为进行了研究，设计了一种基于行为的移动机器人模糊逻辑控制方法。
The thesis builds moving model of the vehicle , brake system model , the tire model and the logic control model of abs aimed at the medium - sized vehicle 本文重点针对中型汽车建立了汽车整车运动模型、制动系统模型、车轮轮胎模型以及abs的逻辑控制模型。
In a word , the compiled system implement soft plc function , achieve the purpose of machine logic control , have the great advantage comparing whit hardware plc 总之，所开发编译系统实现了软plc的功能，达到了机床逻辑控制的目的，具有硬plc无法比拟的优势。
Based on sensors ' information , a method of fuzzy logical control is used to regulate the robot ' s posture to adapt rough terrain and realize local autonomous obstacle negotiation 根据传感器感知信息，用模糊逻辑控制方法改变车体姿态以适应地形，实现局部自主越障。
