1) nesting service
中断嵌套服务
1.
The interrupt services or nesting services are operated by using some different interrupt request lines.
通过使用不同的中断请求线进行中断或中断嵌套服务的操作实验 ,结果表明 :IRQ2仍可作为独立有效的中断请求线使用 ;空闲的 IRQ1 0、IRQ1 2和 IRQ1 5都是外部中断源可选用的有效中断请求线 。
2) interrupt service routine nesting
中断服务子程序嵌套
3) interrupt nesting
中断嵌套
1.
This paper introduced the concepts based on real-time capability, the principle of interrupt nesting and task scheduling , and presented design and realization methods to improve real-time capability.
论述了实时嵌入式系统中有关实时性的几个基本概念 ,分析了中断嵌套和任务调度的工作原理 ,在此基础上提出了改善实时性能的设计和实现方法 。
2.
The method of extending 8031 multiinterrupt nesting im plemented with software is researched and its completeness and response time are discussed.
研究了用软件扩展８０３１多重中断嵌套的实现方法，讨论了其完整性和响应时间。
3.
A method on of multilevel interrupt priority level and realizing more interrupt nesting for AT89C51 single chip Micro-computer with software is studied ,Analysis of the system s real-time.
介绍了一种用软方式法灵活设置AT89系列单片机多中断优先级并实现多级中断嵌套的方法,分析了系统的时实性。
4) interrupt servicing
中断服务
1.
Because of the strict requirement of the real time property of interrupt response in a real time operation system, the authors propose that the interrupt response is divided into interrupt processing and interrupt servicing.
针对实时操作系统中要求中断响应实时性强的特点 ,提出了将中断响应分为中断处理和中断服务两部分 ,并且根据这种中断响应机制设计了多级中断服务请求队列 ,对临界资源的保护进行了探讨 。
2.
The program design is based on bus time sharing and interrupt servicing.
程序设计基于中断服务和总线分时复用方式 ,实时更新各个电机的速度和方向。
5) service interruptions
服务中断
1.
Comparing with the indexes of PR and PRE priority discipline queuing systems with service interruptions, we obtain some weak limit theorems for the workload and queuing length processes.
运用概率测度弱收敛理论研究了服务中断的PRE优先排队系统模型。
2.
In this paper, we consider the GI/G/1 queueing model with service interruptions by using the probability measure of weak convergence theory.
运用概率测度弱收敛理论，研究服务中断的单服务台ＧＩ／Ｇ／１排队系统模型，获得了在不同话务情形下，一些排队指标包括闲期、忙期、离去过程、队长及逗留时间等的弱极限定理。
补充资料：嵌套PCR
分子式：
CAS号：
性质：后一次PCR的引物互补于前一次PCR所扩增序列的内侧。
CAS号：
性质：后一次PCR的引物互补于前一次PCR所扩增序列的内侧。
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