| 1. | Study on fault - tolerant control of switched systems
切换系统容错控制的研究 |
| 2. | Fault - tolerant control of linear time - delay system based on time - delay state feedback
基于时滞状态反馈的线性时滞系统容错控制 |
| 3. | Fault - tolerant control research for networked control system under communication constraints
具有通信约束的网络化控制系统容错控制研究 |
| 4. | 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 |
| 5. | How fault - tolerant theory working in parallel mutli - processors system is main content of this text
本文的主要内容就是阐明如何在并行多处理器系统中实现系统容错的具体方法。 |
| 6. | Focal point of this text promptly in how to realize the software programming in the fault - tolerant of parallel multi - processors system
本文的着重点是并行多处理器系统容错的软件实现。 |
| 7. | And then combine the system which is used ; expound the hardware foundation of parallel multi - processors system fault - tolerant and the concrete method of software programming
其次再结合所使用的系统,阐述并行多处理器系统容错的硬件基础以及具体的软件实现方法。 |
| 8. | A full discussion of the key problems in hard real time dual system is presented , including the definition of system architecture , fault - detection and state - transition
在本文中，全面论述了强实时双系统容错技术中的关键问题，包括系统结构定义、故障检测、状态切换。 |
| 9. | The intelligent ftc offsets many disadvantages of traditional ftc technology and can deal with the uncertainty of the model and tolerant control of the nonlinear system
智能容错控制弥补了传统容错控制技术的诸多不足，可以比较理想的处理模型不确定性以及非线性系统容错控制等问题。 |
| 10. | This text tells the theories of multi - processors technology , parallel computing and fault - tolerant technology which are needed to analyze the parallel multi - processors system fault - tolerant at first
本文首先分析了并行多处理器系统容错所需要的多处理器技术、并行计算技术以及容错技术的理论。 |
