1) redundancy mode
冗余方式
1.
Use of redundancy mode in control system;
冗余方式在控制系统中的应用
2.
For improvement of the reliability of computer monitoring and control systems, according to the different system structures, the redundancy mode of safety and reliability of the system is reduced to the redundancy of power, controller, input/output, and communication, as well as the safety and reliability of applied software.
为了提高计算机监控系统的可靠性 ,根据监控系统结构和形式的不同 ,将其系统安全性、可靠性的冗余方式归纳为电源冗余、控制器冗余、输入 /输出冗余和通信冗余 ,以及应用软件的安全与冗余等方式。
2) redundancy power supply
冗余供电方式
1.
This intelligent protection system takes singlechip PIC16F877A as the core,adopting self power supply and assistant redundancy power supply means,via software and hardware design to relize basic and ad- ditional protection functionalities of the circuit breaker.
该智能保护系统以单片机PIC16F877A为核心,采用自供电与辅助电源的冗余供电方式,通过软硬件设计,实现了断路器的基本保护功能和附加保护功能。
3) redundancy scheme
冗余方案
1.
According to two kinds of redundancy schemes, especially parts redundancy scheme, this paper suggests a new method.
研究系统的可靠性从纯经济的角度说,就是以最小的资源获取最大的效益,针对装备中的两类冗余方案,特别是部件冗余方案,在可靠度确定的情况下,在Tillman并联系统费用模型的基础上实现系统设计最小成本的方法。
4) redundant method
冗余方法
1.
Direct recognition of the redundant methods of optimal combining forecasts with non negative weights from information matrix or covariance matrix of forecasting errors can simplify the computation of optimal weights and therefore help the practical application of optimal combination forecasting.
给出了一个非负权重最优组合预测冗余方法判定的补充规则及其证明，以释例说明了该规则能适应更多的实际情况，讨论了目前非负权重组合预测和冗余方法研究中的一些局限性，指出了进一步研究的思路。
2.
Based on the concept of superior combination forecasting method and on the concept of redundant method, several problems about combined prediction of non-negative weight are studied in this peper.
在冗余方法和优性组合预没方法两个概念的基础上，探讨了关于非负权重组合预测的几个问题。
3.
The Theorem of Redundant Method in Combination Forecasting of Non-negative Weights;
本文引入了非负权重组合预测冗余方法的概念，提出了几个删除冗余方法的定理。
5) redundant equation
冗余方程
6) explicit redundancy
显式冗余
1.
Constant components and output opened ports in the result of high level synthesis lead to explicit redundancy in gate level technology mapping.
高级综合结果中常量元件和输出悬空端口导致门级工艺映射结果中存在显式冗余 。
补充资料：油气田开发方式(见油气田生产方式)
油气田开发方式(见油气田生产方式)
development pattern of oil and gas field:see recovery pattern of oil and gas field
a垃d gas月e卫d) 、‘。尸卫Jlent见油气田小冰、*pa士teroof ojl
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条