ldi造句

"ldi"是什么意思   

例句与造句

  1. And ldi amin over there , too . - i thought he - -
    还有阿明也在那-等一下… …
  2. - and ldi amin over there , too . - i thought he -
    -还有阿明也在那-等一下… …
  3. And ldi amin over there , too . - i thought he -
    -还有阿明也在那-等一下
  4. Ups customer service will give you a claim number , known as an ldi number , along with the address of your local ups claims office
    “ ups客户服务”部门将为您提供索赔编号(称之为ldi编号)以及您当地的“ ups索赔办公室”地址。
  5. Because the extension of dynamic change in weak nonlinear system is not large , the robust reliable controller designed by ldi can make the whole controlled system stable when time lag and faults exit in the system , at the same time , satisfying robust performance index of the system . next , considered that the approximation error produced by ldi , the unmodeling error produced by system , the parameter uncertainties and the external disturbances can not be ignored , a dynamic neural network controller is designed to compensate their effect on line . adjusted by the state output error between the ideal model and the controlled system , the cooperation of on - line network compensator and linear h _ ( ) controller of ideal model makes the whole close - loop system guar antee robust stability and track the specified signal well
    本文在基于线性微分包含( ldi )的技术基础上,提出了两种非线性系统的鲁棒控制方法,首先讨论了一类弱非线性时滞控制系统中的鲁棒可靠控制器设计问题,由于弱非线性系统本身的动态变化范围不大,在确保整个系统鲁棒性能指标的前提下,当系统存在时滞和故障时,通过ldi设计出的鲁棒可靠控制器可以镇定整个被控系统;其次,在考虑运用ldi技术产生的逼近误差、系统本身的未建模误差及参数不确定性以及外部扰动的影响不能被忽略的情况下,设计了在线补偿这部分影响的动态神经网络控制器,在理想模型和被控系统状念输出误差的调节作用下,在线神经网络补偿器与理想模型的线性h _控制器相互配合,使得整个闭环系统既可以保证鲁棒稳定性又能够跟踪给定的指令信号。
  6. It's difficult to find ldi in a sentence. 用ldi造句挺难的
  7. With the advance of semiconductor manufacturing , circuits with increasingly higher speed are being integrated at an increasingly higher density , which makes analysis and verification of power grid integrity more important . power grid integrity includes four issues , namely , ir drop analysis , ground bounce analysis , ldi / dt from the pin inductance and em analysis
    随着超大规模集成电路集成度和工作频率的不断提高,电源网格完整性分析变得越来越重要,一般有四个关键问题: ir电压降分析、接地点电势上升( groundbounce )分析、来自引脚电感的ldi / dt分析和电子迁移率em分析。

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