The thin kernel intercepts interrupts to ensure that the non-real-time kernel cannot preempt the operation of the thin kernel.
瘦内核截取中断以确保非实时内核无法抢占瘦内核的运行。
This paper introduces how to use a real time kernel in an embedded system.
主要介绍如何基于实时多任务操作系统内核开发嵌入式应用系统。
A new method called delayed lock is proposed, to reduce the latency of real-time task in real-time kernel.
提出了一种延迟锁方法，以减小实时内核对周期性实时任务的响应时间。
The output displays the user time, kernel time, and real elapsed time.
输出显示用户时间、内核时间和实际流逝时间。
The result shows: the ported operating system can work well on MCS-51. So the Real-Time Kernel has been set up for the application and development of MCS-51.
结果表明：所移植的操作系统能很好地工作在MCS - 51上，为MCS - 51的应用开发建立了一个实时控制多任务平台。
The result shows: the ported operating system can work well on MCS-51. So the Real-Time Kernel has been set up for the application and development of MCS-51.
结果表明：所移植的操作系统能很好地工作在MCS - 51上，为MCS - 51的应用开发建立了一个实时控制多任务平台。
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