deadlocks
发音:英 [?ded??l?ks];美 [?dedo?lɑ?ks]
基础释义:死锁(计算机科学)
例句:The problem of deadlock is a complex one that requires careful analysis and resolution.
死锁问题是一个复杂的问题,需要仔细分析和解决。
希望以上内容对你有帮助,更多英语知识,请查看英语字典。
deadlocks
释义:死锁,指两个或两个以上的进程在执行过程中,因争夺资源而造成的一种互相等待的现象,若无外力作用,它们都将无法推进。
例句:在并发控制中,死锁是一个常见的问题。
If you're experiencing deadlocks in your concurrent control, it's a common problem.
为了防止死锁,我们需要合理地分配资源,避免资源冲突。
To prevent deadlocks, we need to allocate resources reasonably and avoid resource conflicts.
deadlocks的发音:[dead-locks]
It's an interesting topic that requires a lot of attention and understanding.
deadlocks英语范文:
标题:预防并发控制中的死锁
在并发控制中,死锁是一个常见的问题。为了确保系统的稳定性和可靠性,我们需要采取措施来防止死锁的发生。以下是一些预防死锁的方法:
首先,合理分配资源是防止死锁的关键。在分配资源时,应该考虑资源的优先级和重要性,确保资源的分配不会导致资源的冲突和竞争。其次,使用锁的粒度也是防止死锁的重要因素。如果锁的粒度过大,可能会导致多个进程同时获得多个锁,从而引发死锁。因此,应该根据实际情况选择合适的锁粒度。
此外,定期检查和清理死锁也是必要的。当发现死锁时,应该及时采取措施解除死锁状态,并分析死锁的原因和根源,以便采取相应的预防措施。
总之,预防死锁需要综合考虑多个因素,包括资源的分配、锁的粒度以及定期检查和清理死锁等。通过这些措施,我们可以有效地防止并发控制中的死锁问题,提高系统的稳定性和可靠性。
"Deadlocks" are a common problem in database systems, where multiple processes try to access the same resource simultaneously and cause a conflict. In this context, a deadlock occurs when two or more processes are waiting for each other to finish, resulting in a stalemate.
发音:/d?'d?l?ks/
英语范文:One example of a deadlock in a database system is when two processes try to access the same table at the same time. Process A wants to read data from the table, but process B wants to write to it. If they both wait for each other to finish, they will be stuck in a deadlock situation until one of them gives up or the system is manually reset.
In this situation, it is important to avoid deadlocks by carefully planning access to resources and implementing appropriate locking mechanisms. This can include using exclusive locks, shared locks, or other techniques to ensure that resources are accessed in a consistent and orderly manner.
另外,在编程中,deadlocks也经常出现,特别是在多线程编程中。为了避免这种情况,程序员需要仔细规划线程的执行顺序,并使用适当的同步机制,如锁或信号量。
以上就是关于deadlocks的基础释义、发音以及一篇关于deadlocks的英语范文,希望对你有所帮助。记住,处理deadlocks的关键在于预防和避免,通过合理的资源管理和同步机制,我们可以减少甚至避免deadlocks的发生。

