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来源：百度知道 编辑：UC知道 时间：2024/05/18 00:09:28
Asymchronous transfer mode (ATM) is often described as the techology that will allow total flexibility and effciency to be achieved in tomorrow's high-speed,multi-service,multimedia networks.ATM has received a great deal of attention in recent years-many of you have probably already read and heard abot ATM and its promise of high-speed,integrated services ,and universal connectivity .Many netwoek experts predict that ATM will be the technology that finally enables high-bandwidth,tine-critical applications to reach the desktop.
We will now discuss a frequency-response design techniqye that considers phase-lead and phase-lag controllers from a somewhat diffferent viewpoint .The resultant controller is called a PID(Proportional-plus-Intergtal-polus_Derivative) controoller.This controller is a speial type od the lag-lead controller.
We will now discuss a frequency-response design techniqye that considers phase-lead and phase-lag controllers from a somewhat diffferent viewpoint .The resultant controller is called a PID(Proportional-plus-Intergtal-polus_Derivative) controoller.This controller is a speial type od the lag-lead controller.
asymchronous转移模式（ ATM ）是经常被描述为技术，这将使总的灵活性和效率，以实现在明天的高速，多业务，多媒体networks.atm已收到了大量的关注，近年来，许多你可能已经阅读并听取了abot ATM和其承诺的高速，综合服务，和通用的连接。 netwoek许多专家预测，自动柜员机，将技术，终于使高带宽， tine关键应用达到桌面上。
我们现在将讨论频率响应设计techniqye ，考虑到第一期铅和期滞后控制器从一个有点diffferent的观点。由此产生的控制器是所谓的PID （比例-加- intergtal - polus_derivative ） controoller.this控制器是一个speial类型的OD滞后铅控制器。
“异步传输模式”（ATM）是经常被描述为允许未来高速度，多服务，多媒体网络，完全灵活和高效率的技术。ATM在这几年已经被高度关注，你们许多人可能已经看到和听到有关ATM和它的高速度，综合服务和通用联通承诺。许多网络专家预测ATM将要最终使高宽带信息，尖端设备到达办公桌。
我们现在要讨论一下频繁反馈设计技术从某些不同方面看关于优先和滞后控制器。
结果控制器叫做“比例积分微分”的控制器，这个控制器是一种特殊滞后控制器。
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