有了这些信息，就应当可以解决死锁问题了。
With all of this information, it should be possible to resolve the deadlock.
下一次我将讲如何探测死锁以及如何处理死锁问题。
Next week we will talk how to detect and deal with deadlocks.
然而，即使是在最好的情况下，这个架构仍然会引起死锁问题。
However, even in a best-case scenario, this architecture can cause deadlock issues.
给出，文件、记录加锁解锁的方法及解决死锁问题的途径。
Methods of file locking and record locking or file unlocking and record locking or file unlocking and record unlocking were given.
银行家算法是操作系统中采用避免死锁策略来解决死锁问题的一种算法。
Banker algorithm is one of algorithms on solving deadlock problem using avoiding deadlock policy.
最后模拟试验结果说明所提出的算法可以有效地解决网格中任务死锁问题。
Simulation results show that the proposed algorithm is effective and efficient in solving the deadlock problem.
研究了制造过程共享资源引起的死锁问题，提出了并行资源死锁结构的概念。
The deadlock problem resulting from parallel resources Shared by independent manufacturing processes is discussed and the concept of PRDS (parallel resource deadlock Structures) is outlined.
为了避免死锁问题，我们采用了基于黑总线的确定路由，并对路由节点进行了设计。
To avoid this problem, we adopt a deterministic routing method based on Black-Bus technology and then we design the router node.
本发明实施例使得进程本次发送数据所采用的传输块容量有所提升，解决了死锁问题。
The method improves the capacity of the transmission block adopted by sending the data currently, and solves the deadlock problem.
修复CMAPI代码以及ClearQuestWeb代码中出现的内存泄漏问题以及死锁问题。
Fixed memory leak problem and deadlock issue in CM API code and in ClearQuest Web code.
该方法解决了FMS中的刀具流死锁问题，并为刀具流控制问题的深入研究奠定了理论和技术基础。
This method solves the problem of tools-flow deadlock in FMS and lays a foundation both in theory and technique for further research of controlling tools flow.
如果您有数千个流程实例正在运行，在它们提交其工作之前它们需要等待数天或数周时间才能完成，这样您就会遇到死锁问题。
If you had thousands of process instances running, waiting for days or weeks to complete before they could commit their work, you run into problems with deadlocks.
如果实现得不好，将导致包括性能问题、死锁以及异常的应用程序行为等各类问题。
Implemented badly, this can lead to all types of issues, from performance problems to deadlocks to unexpected application behavior.
因此，在您有能力运行负载测试来确定是否有数据完整性、死锁或性能问题之前，请保留缺省访问目的策略不变。
Therefore, leave the default access intent policies until you are able to run the load test to determine whether or not there are data integrity, deadlock, or performance problems.
一方面，线程是轻量级的，并且相互之间易于通信，但另一方面，它们也带来了包括死锁、争用条件和高复杂性在内的各种问题。
On one hand, threads are lightweight and easy to communicate with, but on the other hand, they bring up a whole host of problems including deadlocks, race conditions, and sheer complexity.
这些问题帮助我们处理如何确保避免竞争资源的进程之间的死锁。
These problems help us reason about how to ensure that we avoid deadlocks between processes competing for resources.
该工具由很多小的分析模块组成，这些模块查看特定的转储数据并确定是否存在特殊问题（例如，死锁）。
The tool is made up of small analysis modules that look at specific dump data and determine if a particular problem (a deadlock, for instance) is present.
另一方面，不当或过度地使用同步会导致其它问题，比如性能很差和死锁。
On the other hand, using synchronization inappropriately or excessively can lead to other problems, such as poor performance and deadlock.
目前，提供了用于对诸如死锁、挂起、崩溃、内存情况等常见JVM问题执行基本分析功能的模块。
Currently, modules are provided to perform basic analysis functions for common JVM problems such as deadlock, hang, crash, memory conditions, and so on.
尤其是潜在的竞态条件和死锁会突然间成为最令人头疼的问题。
Specifically, problems such as race conditions and deadlocks that lie dormant could suddenly become major problems.
但是当死锁的频率或比例较高时容易出现问题。
However, it can be a problem when the frequency or percentage of deadlocks is high.
为了开始创建安全、有效的操作系统，学生必须了解许多经典的死锁和同步问题。
There are several classic deadlock and synchronization problems the student must understand in order to begin to reason about creating secure, efficient operating systems.
不幸的是，这里仍旧存在另一个潜在的问题，叫做死锁。
Unfortunately, there's another potential problem looming, called a deadlock.
本文通过实例演示了如何使用锁事件监控器来收集所有种类的并发性问题：死锁、锁超时及锁等待。
It showed, by example, how you can use the lock event monitor to collect information about any kind of concurrency issue: deadlocks, lock-timeouts, and lock-waits.
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。
The lock escalations, lock timeouts and deadlocks will indicate some potential problems in your system or application.
除了死锁以外，PDTK还帮助诊断其他一些常见的问题，比如内存泄漏、CPU过度使用、J VM崩溃等等。
Besides deadlocks, PDTK also helps troubleshoot several additional common problems, such as memory leaks, extreme CPU usage, JVM crashes, and so on.
甚至在确定了会产生问题的几行关键代码后，依旧难以解耦那些会导致竞态条件或者死锁的交叉存取事件。
Even after isolating a problem down to a few crucial lines of code, it can be difficult to untangle the interleaved events required to make a race condition or deadlock occur.
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.
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.
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