控制子系统

• The controller of magnetorheological semi - active suspension system was consisted of drive current control subsystem of magnetorheological damper and mechanical structural fuzzy control subsystem of vehicle , the unsymmetry damping force relation of suspension compress travel and promote travel is solved with coefficient of language - value of damper force output variable
  由汽车结构振动模糊控制子系统和磁流变阻尼器驱动电流控制子系统构建了磁流变半主动悬架控制器，用模糊集语言赋值系数反映了悬架伸张行程和压缩行程不对称阻尼控制力的关系。
• The paper provides the detailed descriptions and explanations on function required analysis of production control sub - system , database design , function module design and system construction , key technology , network platform in the system realization of production control sub - system of luoyang construction mechanism corporation
  本文对洛阳建机公司生产控制子系统的功能需求分析、数据库设计和功能模块设计以及系统实现中的系统结构、关键技术和网络平台等重点问题做了详细的论述和说明。
• Engine load simulated control system was consisted of two unattached parts of work resistance simulated control subsystem and electric bow wave dynamometer control subsystem . with the mathematic models of engine load simulation controller , which transferred the work resistance ' s change to engine load change immediately , the system can met the need of the simulation control system
  发动机负荷模拟加载控制系统包括彼此独立的作业阻力模拟控制子系统和电涡流测功机控制子系统两部分，应用发动机负荷模拟控制器数学模型，使作业阻力的变化及时转换为发动机负荷的变化，能够满足仿真系统的控制要求。
• This integrated control system includes two systems : motion control system and machine vision detecting system . this thesis takescharge of designing motion control system ( plc control subsystem and servocontrol subsystem ) and integrating it with machine vision detecting system , machinevisiondetectingsystemis designedbymypartner . during the machining flow of the notched impact specimen , all thesequenceaction of the machine tool are controlled by plc subsystem
  集成控制系统由运动控制系统和视觉检测系统组成,本文负责设计运动控制系统(包括plc控制子系统及伺服控制子系统) ,以及实现运动控制系统与视觉检测系统的集成,视觉检测系统由另外的同学负责开发。
• The article primarily describes the implementation of the route detection module of the internet topology sub - system , the internet vulnerabilities scanning sub - system , and the remote control module of attack and control sub - system in the circumstances of windows 2000 and the microsoft visual c + + 6 . 0
  本文围绕上述目标和实现方法，介绍了网络拓扑发现子系统中的目标网络寻径子模块，扫描子系统，攻击及控制子系统中的远程控制子模块在windows2000professional平台上、 microsoftvisualc + + 6 . 0环境下的实现。
• This distributed management system can integrate traffic light control system and route guidance system effectively , and can also strengthen the real - time property and robustness of traffic control system . at the end of this dissertation , the author also gives some suggestion to the further research in these fields
  采用多agent技术的集成交通控制系统框架模型，以分布式计算模式平衡交通控制网络的计算负荷，提高了诱导子系统与控制子系统的融合程度，也增强了控制系统的鲁棒性与实时性。
• Meanwhile , the recursive kalman filter employed , much memory space and calculation time are spared during the estimation process . how to realize the serial communication between computer and microcontroller by spcomm component is discussed to transfer the data results of target recognition to decision and control system
  针对将目标识别后的图像数据传递给决策控制子系统这一问题，本文还研究了利用spcomm控件实现轮式移动机器人上计算机与微控制器间串口通讯的实现机制。
• The automatic control system for oiling of locomotive applies pc104 industrial control computer and ic technology to realize collection , storage and transfer of all data . the oilcan measuring and fuel report systems finish the plan , measuring , inspection of fuel and dynamic management of oilcan storage , fuel - filling and offer . thus it realizes the date - sharing information from locomotive depot to substation , which really makes the locomotive fuel information management intellectualized
  其中，机车自动加油控制子系统以pc104工控机为核心，运用ic卡技术，负责加油数据的采集，存储和传递；油库计量子系统和铁油1 - 12报表子系统则通过网络技术完成燃料的计划、计量、检验、油罐存储到发装到机车上的整个管、供、用的全过程动态管理，实现了机务段到分局信息资源的共享，实现了真正意义的燃料管理信息化。
• The paper points out the two develop direction of the distributed control system under the foundation of introducing the development of agent , mas system and distributed control systems , one of them is intelligentizing the distributed control subsystem , that is developing the distributed control subsystem into agent . this is the microcosmic develop of distributed control system . the second direction is developing the control system into special mas system
  本文在介绍agent 、 mas系统和分布式控制系统发展基础上，指出分布式控制系统发展的两个方向： ( 1 )分布式控制子系统的智能化，即分布式控制子系统发展为agent ，这是分布式控制系统发展的微观方面； ( 2 )控制系统发展为mas系统，这是分布式控制系统发展的宏观方向。
• The function and principle of all components of tilting control system such as detection subsystem , control subsystem and tilting actuation subsystem were illustrated in the paper . the design of the communication interface card between pc / 104 and the control network - lonworks was set forth in the paper . the design of interface program , data collection program , digital filter program and the interface program of network were described in detail in the paper
  本文具体阐述了倾摆控制系统的各组成部分：检测子系统、控制子系统、以及倾摆作动子系统的功能及原理；描述了主控计算机( pc 104 )和控制网络( lonworks )之间的通信接口卡的设计；对倾摆控制系统的界面设计、数据采集程序、数字滤波程序和网络接口软件设计进行了详尽的分析；对倾摆控制系统的控制策略进行了仿真并对倾摆控制系统进行了静态调试。