A Method of Expanding Multi-level Interrupt Nesting to MCS-48 Family Single Chip Microcomputer 一种使MCS-48系列单片微机实现多重中断嵌套的有效方法
Design of Practice Plan Used in Interrupt Nesting Service Technology 中断嵌套服务技术实验方案的设计
It is very useful to help to speed up the recognition of interrupt nesting principle and capability of applying interrupt nesting technology for students. 它有助于提高学生对中断嵌套机理的深刻认识和应用中断嵌套技术的能力。
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。
The microcontroller 8031 is used in hardware and dual interrupt nesting mode in software. 硬件电路选用8031单片机,软件程序采用两重中断嵌套方式。
The real-time kernel also supports interrupt nesting, which can nest three times at most. The interrupt stack is independent of task stack. 实时内核支持嵌套层数最多为3层的中断嵌套,嵌套栈与任务栈相互独立,并提供10ms的时钟节拍和以该时钟节拍为间隔的软件定时器供用户使用。