调度控制

  • 网络Schedule Control
调度控制调度控制
  1. 采用全静态解耦加多变量PI控制器的协调控制系统设计方法,利用增益调度控制实现系统的全局性能一致性。

    It is proposed a control scheme that static decouple and multi-variable PI are included for the coordinated control system , and gain schedule control is applied to realize the consistency of global performance .

  2. 本文对RBV再入段姿态控制系统的设计理论和方法进行研究,采用鲁棒控制中的μ综合理论与增益调度控制结合的方式设计控制器。

    This thesis researched the attitude control system of RBV in reentry phase , using a method , which integrates the μ - synthesis in robust control theory with the gain schedule control method , to design the controller .

  3. 基于移动AGENT的敏捷车间调度控制系统建模

    Schedule and Control Module for Agile Workshop Based on Mobile Agent

  4. 多agent动态调度控制模型

    Multi-Agent Dynamic Scheduling Control Model

  5. 用DSP实现开关磁阻电机的增益调度控制

    The Implementation of Gain-scheduling Control on SRM with DSP

  6. 基于MAS的车间调度控制系统的研究

    The Study of Shop Scheduling and Control System Based on MAS

  7. MIS调度控制子系统、采集运行数据、集成信息并准确发送至用户端。

    Gathered running data , integrated and sent information to user side was completed with MIS control subsystem .

  8. 分布式FMS的非递阶调度控制

    Scheduling and Control of Heterarchical FMS

  9. FMS生产作业调度控制系统

    Production Scheduling Control System of FMS

  10. 此调度控制机制适用于WiMAX环境中定义的两个场景。

    The scheduler is adapted in two different scenarios defined in the WiMAX standard .

  11. 通过该模型的描述和对FMS实际运行情况进行分析,建立了优化调度控制规则。

    It describes the running condition of FMS , then sets up an optimum dispatching and controlling rule .

  12. FPGA不仅要实现语音时隙交换的功能,还要与接口电路模块、号码分析模块、调度控制模块进行通信。

    FPGA should not only implement the voice slot switch function , but also communicates with the interface module , caller-ID analyzing module and controlling module .

  13. 论文结合增益调度控制方法、状态反馈控制理论和PID控制器设计方法,得到一些适用于非线性热工对象全工况运行的控制方案。

    In this dissertation , some control schemes based on gain scheduled and state feedback control theory and PID controller were proposed to control the nonlinear parameter-varying thermal objects .

  14. FMS调度控制模块,它根据加工任务和加工路径要求,协调并控制着FMS系统各个功能组件之间的逻辑动作操作顺序;

    The second is the control module which corresponds with all of the function components according to the task and process ;

  15. CTI技术将语音服务和数据服务融合在一起,综合了计算机技术与电话交换技术的优势,提供丰富的通信调度控制功能。

    CTI integrates the advantages of telephony service and data service and can provide abundant communication and control functions .

  16. 该系统可以较好地实现FMS的调度控制优化目标,提高FMS的运行水平。

    This system has successfully attained the goal to optimize the scheduling control of the FMS and improved the operational efficiency of the FMS .

  17. DEB的新认识&增益调度控制

    A New Understanding of DEB-Gain Scheduling Control

  18. 将GPS技术应用于现代汽车物流管理,可以实现诸如车辆跟踪、出行路线的规划和导航、车辆调度控制、车辆安全保障、信息查询、话务指挥及紧急援助等功能。

    This technology has been used in modern vehicle logistics management such as Vehicle tracking , Course planning and Travel navigation , Vehicle dispatching , Information management , Congestion control , Vehicle safety control and Emergency aid , etc.

  19. 在建立资金数据仓库的基础上,将Agent嵌入资金调度控制之中,提出了资金调度实时控制Agent的结构,利用数据探测器收集、整理相关信息,利用事件处理Agent实现资金调度优化。

    On the basis of setting up data warehouse of fund , imbed Agent technology into fund dispatcher . Having put forward the structure of Agent about fund real-time dispatcher , utilizing data detector to collect relevant information and put it in order .

  20. 通过引入Agent组的概念,将多个现场Agent和车间调度控制Agent组成功能Agent组,采用Internet中基于域的模式来实现对分布在Ethernet/Intranet上各Agent组的有效管理。

    With the introduction of the concept of Agent group , the domain-based internet model was used to achieve the effective management of the Agent groups , what are distributed on the Ethernet / Intranet and composed of multiple scene Agents and workshop scheduling control Agent .

  21. 在研究FMS调度控制策略的基础上,以广东工业大学CAM中心的FMS为对象,建立了一个实用的FMS生产作业调度控制系统。

    Based on a study on the scheduling control tactics of FMS , a practicable production scheduling control has been established with the FMS in the CAM center of Guangdong Poly-Tech-nic University as the object .

  22. 介绍了变电站自动化系统中的通讯单元的功能实现和硬软件设计思想。该通讯单元能实现与调度控制中心或就地监控系统的接口功能,满足远动要求,并对CDT远动规约作了简要介绍。

    The functions and hardware and software design of a communication module are described for the comprehensively automatic system of transformer substations , and the CDT communication protocols are given .

  23. 该方法在对象子网和门变迁中融入决策规则,建立了CTLS系统动态行为和调度控制模型,简洁明了地描述了系统状态和决策规则之间的关系。

    Using this method , a dynamic behavior model for scheduling and control are built , and it describes the relationships among states and decision-making rules of CTLS system .

  24. 同时也对Mesh网络的集中式和分布式这两种带宽调度控制算法进行了广泛深入的研究,提出了新的协调分布式算法(CDMSA),通过使用该算法来解决协调分布式Mesh网络的信道时隙接入问题。

    Meanwhile , the two kind of bandwidth scheduling scheme of WiMAX Mesh network , centralized schedule and distributed schedule , is introduced too . In the end , a new scheme called coordination distributed Mesh schedule is proposed to solve the admission control of time slots allocation .

  25. 分析了现有电梯交通分布求法的不足,借鉴公路交通领域里OD分布的分析方法,提出了适于电梯实时调度控制和群控客流仿真所需的OD分布的求解方法。

    This article analyzes shortages in existing handling methods of elevator traffic distribution . Considered analysis method of OD table in highway traffic field , authors brings forward a solution for OD table in elevator traffic , which is suitable for elevator runtime control or simulation of flow of passengers .

  26. 基于实用的梯级水电站优化运行原则,提出了一种新的针对中小型梯级水电站的经济调度控制(EDC)数学模型,并给出了该模型的工程化求解算法。

    On the basis of the applied principle of optimal operation of cascade hydropower stations , a new mathematic model of economic dispatch control ( EDC ) for small and medium-sized cascade hydropower stations is developed and presented . The engineering algorithm of the mathematic model is also given .

  27. 物流加工中双优先级调度控制过程研究

    Study on Scheduling Rules of Production Flows with Two Priority Control

  28. 变速转子准稳态主动平衡系统的增益调度控制

    Gain-Scheduling Control of Quasi Steady-State Active Balancing System of Speed-Varying Rotor

  29. 露天煤矿卡车自动调度控制系统

    Automatic Dispatching Control System for Trucks in Open cast Coal

  30. 陕&京输气管道北京调度控制中心工程的管理特点

    The management characteristics of Beijing dispatching center for Shan-Jing gas transmission pipeline