在本例中，委托模型是一个正确的图(带有循环)，所以死锁的发生可能是使用特定的类关系和线程的结果。
In this case, the delegation model is a proper graph (with cycles), and so a deadlock can occur as a result of particular class relationships and thread usage.
由于在基本编辑模式下无法定义所需的可选输入条件，因此在该模式中绘制的大多数逆向连接都会导致模型死锁。
The required alternative input criteria cannot be defined in the basic editing mode, so most backward connections drawn in basic editing mode add a deadlock to the model.
需特别指出的是，当流程模型包含的可选分支和并行分支组合了循环时，模型中出现死锁的风险将非常高。
In particular, when process models contain alternative and parallel branches combined with cycles, the risk of having modeled a deadlock is very high.
因为死锁的类装入器的标识已知，所以可以检查这些类装入器使用的委托模型。
Because the identities of the deadlocked class loaders are known, it is possible to examine the delegation model that these class loaders are using.
这些死锁可以发生在多线程环境中当常用的委托模型被忽略时。
These deadlocks can occur in multi-threaded environments when the usual delegation model is bypassed. Consider the situation outlined in Figure 1.
角色模型中没有锁和同步块，所以不会出现由它们引发的问题，比如死锁、严重的丢失更新问题。
There are no locks and synchronized blocks in the actor model, so the issues that arise from them — like deadlocks and the nefarious lost-update problem — aren't a problem.
同时利用提出的算法，对AGV物理对象OPN模型及无锡职业学院FMS中构造的OCPN模型进行了死锁分析。
The proposed algorithms are used to detect the OPN models of AGV physical object and OCPN model of WuXi FMS real- time control system.
本文将详细介绍分布式事务、并发控制和资源请求模型，总结出分布式数据库系统的通用死锁条件。
In this paper, distirbuted transaction, concurrency control and resource request model are introduced in detail. The universal deadlock condition in distirbuted database system is summarized.
根据分布式数据库中事务发出不同的资源请求方式，现有的分布式数据库死锁检测算法通常针对某种资源请求模型而提出。
According to different resource request that issued by transactions, existing deadlock detection algorithms of distributed database are commonly presented for certain resource request model.
角色模型中没有锁和同步块，所以不会出现由它们引发的问题，比如死锁、严重的丢失更新问题。
Was not locked up in role model and synchronism piece, the problem that won't appear to be caused by them so, die for instance lock, serious missing newer issue.
角色模型中没有锁和同步块，所以不会出现由它们引发的问题，比如死锁、严重的丢失更新问题。
Was not locked up in role model and synchronism piece, the problem that won't appear to be caused by them so, die for instance lock, serious missing newer issue.
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