This article explores many of the synchronization or locking mechanisms that are available in the Linux kernel.
本文讨论了Linux内核中可用的大量同步或锁定机制。
When lock contention occurs, priority boosting and synchronization-queue management is done in kernel space.
当发生锁争用时，在内核空间中进行优先级提高和同步队列管理。
The simplest means of synchronization in the Linux kernel are the atomic operations.
Linux 中最简单的同步方法就是原子操作。
Secondary synchronization code (SSC) sequence number identification is the kernel of the second stage in cell search.
辅助同步码序号识别过程是小区搜索第二阶段的核心。
This article puts forward a new idea, which is to apply non-blocking synchronization to embedded operating system and realizes it through reworking source codes of kernel.
提出了把非阻塞同步机制应用于嵌入式操作系统的新设想，同时通过修改嵌入式操作系统内核源码的方法对其进行了实现。
Wait queues have several USES in the kernel, particularly for interrupt handling, process synchronization, and timing.
等待队列在内核中有很多用途，尤其适合用于中断处理、进程同步及定时。
Under this background, the kernel technology of phase synchronization and correction in coherent optical communication system is systematically researched in this thesis.
基于此背景，本论文对相干光通信系统中的核心技术——相位同步及校正技术进行了深入的、系统的研究。
A kernel structure is presented, which adopts data fusion to support precision-demanding clock synchronization tasks.
该内核结构采用数据融合加强对精度要求较高的时钟同步任务的支持。
A kernel structure is presented, which adopts data fusion to support precision-demanding clock synchronization tasks.
该内核结构采用数据融合加强对精度要求较高的时钟同步任务的支持。
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