超前控制 meaning in Chinese
advance control
advanced control
advancing control
anticipatory control
lead control
lookahead control
Examples
- Secondly , a kind of leading control method on the basis of energy containing in system , which combined the demerits of pid control and neural network control , is presented according to the large hysteresis characteristics of the ph and orp
由于工业现场的ph / orp系统都是滞后很大的时变对象，针对这个特点，本文提出了根据系统中所蕴藏的能量进行超前控制的控制算法。 - It includes : solving " excess attempt " and " defective attempt " of agc by load prediction in extraordinary shot time , that is preceding control technique ; ( 2 ) enhancing the regulating capacity and speed of agc of chongqing network by 5 measure ; analyzing the policymaking that chongqing network could achieve criterion now or after three gorges power station running , discussing the managing measure how to enhance regulating capability of agc of chongqing network
其中包括：利用超短期负荷预报解决agc “过调”和“欠调”问题的超前控制技术；以5种实现方式提高重庆电网agc可调量和调节速度；探讨了当前和在三峡电站投运后重庆电网达到考核标准的对策，讨论了从管理上提高重庆电网agc调节性能的办法和措施。 - This article emphatically discussed and analyzed following points : load command feed forward function can improve the rapid respond character of steam turbine generator ; lead of load command have advance control function on boiler main control and can highly improve the stability of main steam pressure ; the use of predict control and state space variable function can improve the quality of boiler steam temperature control effectively , control the steam temperature in the defined range and increase the boiler and turbine life and efficiency even if working state changed in a big range ; linear compensation can restrain the vibration of generator load in the condition of big loa d change
本文重点讨论、分析提出负荷指令前馈作用可以提高汽轮发电机快速响应特性；负荷指令的导前功能对锅炉主控有超前控制作用，能显著提高主蒸汽压力的稳定性；采用预测及状态空间法能有效改进锅炉蒸汽温度控制品质，在大幅度工况变化下仍有效控制蒸汽温度在额定范围内，提高锅炉、汽轮机寿命及其效率；汽轮发电机组的快速响应性与汽轮发电机组负荷振荡问题间的平衡关系，采用线性补偿可以有效抑制在负荷变化梯度较大情况下发电机负荷振荡问题。 - At secondly , for depressing the noise in ir images , we make a deep research in median filter and it ' s algorithm architecture , then we present a improved method based on the control bit look ahead structure and implement it in fpga . at last , we resolved the data communication problem in the multiprocessor ir image processing system and and complete the system debug
然后，针对校正后图像中噪声干扰的问题，深入研究了中值滤波的特性和算法结构，提出了具有超前控制位的max - min中值滤波器的改进结构，在现场可编程门阵列fpga上设计实现了该中值滤波器，并进行了验证。