deadlocks

Snapshot isolation is completely transparent to users, and can help reduce deadlocks and lock contentions.

隔离快照对用户是完全透明的, 能够帮助减少死锁机会.

Detecting deadlocks in MPI synchronization communication programs is very difficult, which needs building program models.

静态检测MPI程序同步通信死锁比较困难, 通常需要建立程序模型.

Avoid manual synchronization because that often leads to deadlocks and race conditions.

避免手魟菂同步机制,应为这样容易导致死锁禾扣竞态条闲.

Additionally, there may be more deadlocks between applications ( because they are all waiting on a limited number of table locks), which will result in transactions being rolled back.

另外，应用程序间可能会发生更多死锁（因为它们都等待数量有限的表锁），这会导致事务被回滚。

You must also be careful to avoid situations where deadlocks might occur.

还要小心地避免可能发生“死锁”的情况.

Many methods of the managed threading classes provide time-outs to help you detect deadlocks.

托管线程处理类的许多方法都提供了超时设定，可帮您检测到死锁。

The lock escalations, lock timeouts and deadlocks will indicate some potential problems in your system or application.

锁升级、锁超时和死锁将表明系统或应用程序中存在某些潜在问题。

Pennsylvania produced the first of the game's two deadlocks at 5:00 of the second quarter.

这次比赛出现两次平局，在第二个四分之一场的第五分钟宾夕法尼亚州队第一次将比分拉平。

For convenience of detection, this kind of deadlocks is classified into two categories.

为了便于检测，将这种死锁分为两类。

Use DB2 Snapshot to monitor the number of deadlocks and lock waits.

使用DB2快照（DB2Snapshot）监控死锁和锁等待的数目。

To avoid deadlocks, the articles or bylaws usually authorize an uneven number of directors.

为了避免僵局，一般情况是公司章程或细则对董事的数量规定为单数。

They deluge Washington with proposals to break deadlocks.

他们使华盛顿淹没在试图打开僵局的各种各样的建议里.

Deadlocks that are due to shared and exclusive locks, resulting in poor performance and failed transactions

由共享和专用锁造成的死锁，从而造成性能较差以及事务失败

Using Petri Net Models to Avoid Deadlocks in Flexible Manufacturing Systems

Petri网在FMS生产调度中避免死锁研究的应用

To avoid deadlocks , the articles or bylaws usually authorize an uneven number of directors.

为了避免僵局, 一般情况是公司章程或细则对董事的数量规定为单数.

This paper presents a model for OWL-S process model based on labelled Petri net and gives the transformation rule from process model to LPN. It utilise LPN analysis methods to analyze reachability of the obtained model and check whether there are deadlocks.

提出了OWL-S过程模型的标签Petri网建模方法，给出了过程模型到LPN的转换规则，利用LPN分析方法对模型进行了可达性分析、死锁检测，能有效地检验过程模型描述的正确性。

It's hard to program safely; programs that manipulate threads are prone to inconsistent data, deadlocks, unscalable locking, and inverted priorities.

要用线程安全地编写程序是很难的；需要操纵线程的程序很容易引起不一致的数据、死锁、不可伸缩的锁定以及倒置的优先级等问题。

Use this parameter to monitor code with possible deadlocks or indefinite loops.

使用这个参数监控代码中可能存在的死锁或无限循环.