互斥操作又分为互斥锁(mutexes)、读写锁(Read-Write Locks)、条件锁(Condition Variables)。锁可以是递归锁,也可以是非递归锁,这一点由锁的属性决定。
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Our group’s research topic is verification of concurrent programs using diverse synchronization mechanisms. This dissertation mainly focuses on the verification of low-level concurrent programs using read-write locks and reentrant locks.
本课题小组的研究方向是验证使用多种同步机制的并行程序正确性,本论文则重点关注如何验证使用读写锁和可重入锁这两种同步机制的低级并行代码的正确性,并探讨同时使用锁和事务内存混合同步机制的并行程序的形式化验证方法。
参考来源 - 低级并行代码中几种同步机制的验证·2,447,543篇论文数据,部分数据来源于NoteExpress
Concurrency in the java.util.concurrent collection is enabled via re-entrant read-write locks and is now supported natively inside Terracotta 2.4.
concurrent中的集合的并发性是通过再入读写锁实现的,现在已经得到Terracotta 2.4的原生支持。
Pessimistic session locks should generally be write locks; they should let other users read the locked data, unless there is a very strong case to not do so.
悲观会话锁通常为写入锁,它们允许其他用户读取锁定的数据,除非遇到不能读取的情况。
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