| 1. | A discrete event model of automatic error recovery control strategy in flexible assembly system
一种基于离散事件模型的柔性装配系统容错控制策略 |
| 2. | Finally , a conclusion of our work and the future research directions on alkali recovery control are given
最后对全文进行概括和总结，并且指出了理论及应用有待进一步研究和解决的问题。 |
| 3. | And then two deep - stall recovery control laws are designed : pitch oscillation control law based on the lyapunov method and slide modeling anti - control law based on the slide modeling anti - control technique
然后分别用李雅普诺夫方法和滑模反控制方法设计了两种深失速改出控制律，即俯仰振荡控制律与滑模反控制律。 |
| 4. | Abstract : a type of pilotless target aircraft flight control system is introduced . the function and basic compose and autopilot control regular and engine control principle and recovery control scheme of the flight control system are discussed
文摘:介绍了无人驾驶靶机的飞行控制系统，详细讨论了系统的功能、基本组成、自动驾驶仪控制规律、发动机控制原理、回收控制方案及系统软件设计等。 |
| 5. | With the purpose of improving the simplicity , agility , economy and practicability of the automatic recovery of unmanned automatic vehicle ( uav ) , the article has researched the automatic recovery techniques of unmanned automatic vehicle , which includes the automatic recovery navigation systems , automatic recovery control techniques and automatic recovery projects
本文以无人机( uav )自动回收技术作为研究对象，以结构简单、机动灵活、经济实用为目的，研究了无人机自动回收导航系统、回收控制系统和无人机自动回收方案。 |
| 6. | Chapter 3 introduces black - liquor evaporation and combustion process in alkali recovery . models used in alkali recovery control are summarized and an overview of the alkali recovery control are given . the problems in alkali recovery control research and its development trend are discussed too
2 )第三章介绍了碱回收过程燃烧和蒸发工段的工艺流程，总结分析了国内外对碱回收过程建立的各种模型，概述了碱回收过程先进控制的研究现状和研究成果，并指出了理论研究与实际应用中所存在的问题，以及以后研究的方向。 |
