逻辑控制

  • 网络Logic Controller;Logic control;logical control;PLC;FPGA
逻辑控制逻辑控制
  1. 多Agent谈判:一种基于模糊逻辑控制的方法

    Multi-agent negotiation : an approach based on fuzzy logic control

  2. 基于模糊逻辑控制的多Agent谈判模型

    A Multi-agent Based Negotiation Model with Fuzzy Logic Control

  3. CO2电弧焊电流波形模糊逻辑控制

    Fuzzy Logic Control for Current Waveform of CO_2 Arc Welding

  4. MR阻尼器耦联的带裙房高层建筑的半主动逻辑控制方法

    Semi-active logic control method of seismic response of tall buildings with podium structure using an MR damper

  5. PLC逻辑控制程序设计的方法与技巧

    Methods and Techniques about How to Design The PLC Logical Control Program

  6. 以面向对象的语言ActionScript来设计客户端的后台逻辑控制。

    Using oriented object language " Action Script " to design and control client side logic .

  7. 随机逻辑控制系统的PC程序设计

    PC Programing on Random Logic Control System

  8. 在设计中,核心部件梯度波形发生器采用了基于PCI总线,以FPGA为主要逻辑控制中心的构架。

    PCI based gradient waveform generator adopted FPGA for its logic controlling .

  9. 等离子体驱动电路逻辑控制波形的设计及其FPGA实现

    The Design of logical waveform for PDP 's Driving Circuit and its FPGA Implementation

  10. 模糊逻辑控制方法在ATM网络拥塞控制中的应用

    Application of Fuzzy Logic Control Method in Congestion Control of ATM Networks

  11. 并在matlab平台上建立了模糊逻辑控制与神经网络相结合的应用形式。

    An application form that combines fuzzy logic control and neural network is established based on matlab platform .

  12. 逻辑控制模块LOGO!在混凝土泵上的应用

    The application of logic control module LOGO ! to concrete pump

  13. 简析制动逻辑控制装置在SS9型电力机车上的应用

    Application of Brake Logic Control Gadget in the Electric Locomotive SS_9

  14. 然而由于PLC成本高,操作复杂,对于简单逻辑控制,目前仍然以继电器控制为主。

    PLC has high price and complex operation . So the relay is always used in simple logic control .

  15. 介绍了稳定可靠的调Q电路、逻辑控制电路和开关电源的主电路及其参数计算。

    Circuit , logical control circuit , switching power supply main circuit and its parameters calculate were discussed .

  16. 业务逻辑控制采用MVC设计模式。

    The business logic tier used MVC design model .

  17. 非线性飞控系统的滑模PI混合模糊逻辑控制

    Hybrid Fuzzy Logic Control by Combining Slide Mode and PI for a Nonlinear Flight Control System

  18. 结合通用逻辑控制模块LOGO!

    In the light of the technical characteristics of general logic control module LOGO !

  19. 通过采用模糊逻辑控制技术,在PI控制器的基础上,研究提出了一种基于模糊自适应方法的AQM算法。

    Thirdly , we propose a fuzzy adaptive PI link algorithm .

  20. 在逻辑控制模块中,通过采用FPGA新技术,来设计控制电路,实现对探头、膜片钳放大器主板的控制和参数设置;

    In logic control , FPGA technology is applied to set the parameters of head stage and mainboard of patch-clamp .

  21. 在具体实例中说明了在基于DSP的电力系统数据采集平台中用CPLD实现系统的逻辑控制与FIR滤波。

    Using CPLD to implement the logic control and FIR filters in a DSP system is also illustrated .

  22. 本论文以ABS控制器的控制方法为主要研究对象,提出基于最佳滑移率的模糊逻辑控制。

    And a fuzzy control theory is given in ABS control method based on optimal sliding rate .

  23. 中间控制层为PLC控制站,主要完成基本的逻辑控制功能及实现特殊控制算法。

    The middle control layer was constructed by a S7-300 PLC , which realize the basic logical function and the special control algorithm .

  24. 介绍了双口RAM的结构原理、仲裁逻辑控制及相应的使用特点;

    The construction principle , arbitration logic control of dual-port RAM and related usage characteristics are introduced .

  25. 以FPGA为核心器件,集成了驱动和控制部分,大大简化了逻辑控制电路。

    Logical control circuit is mostly predigested with FPGA as the core control unit which integrates the driver module and control module .

  26. 开发了基于Windows的开放式人机界面模块、基于DSP的机械逻辑控制模块和运动控制模块。

    Developed the opening human-machine interface module which based on Windows and machine logic control module and movement control module which based on DSP .

  27. 介绍了恒压供水系统,采用PLC进行逻辑控制,采用变频器进行压力调节。

    A constant pressure water supply system was introduced to which used PLC to process the logic control and employed VVVF to adjust water pressure .

  28. BES漂移室读出电子学逻辑控制及扇出电路

    Logic Control and Fan-out Circuits for BES Drift Chamber Read-out Electronics

  29. 采用了抗干扰能力强的西门子S7-200可编程控制(PLC)来实现铺粉装置运行的逻辑控制。

    Its control system adopts the Siemens S7-200 programmable logical controller ( PLC ) that has strong anti-interference capability .

  30. 介绍了济钢第三炼钢厂120t转炉氧枪的CRT上位计算机操作、PLC逻辑控制及自动升降枪定位吹炼等。

    The lance CRT operation , PLC logistic control and automatic orientation control etc is introduced .