Figure 8 shows how implementing a more aggressive service timer improves the service rate and throughput of the server.
图8显示了实现更为主动的服务计时器将如何提高服务器的服务速率和吞吐量。
The notification broker sends these timer notification messages to the timer service.
通知代理将这些定时器通知消息发送到定时器服务。
In fact, one consequence of the aggressive timer is that it might abort a service request and fail a transaction that otherwise would have completed given more time.
事实上，主动计时器的一个后果是，可能会终止服务请求并让事务失败，而在其他情况下提供更多的时间就可能会完成这些事务。
The model's calculations demonstrate how the aggressive timer in Figure 8 results in a significant improvement of the overall service rate and throughput of the application server.
模型中的计算结果说明了图8 中的主动计时器可极大地提高应用服务器的总体服务速率和吞吐量。
When the timer timestamp is reached the timer service sends the alerts out to the broker.
当定时器时间戳到达时，定时器服务将警报发送到代理。
The timer service sets the timer to the specified timestamp.
定时器服务将定时器设置为指定的时间戳。
Finally, we start a timer handler, as shown in Listing 6, to handle the scenario where the Web service client callback handler is never called, which will result in a timeout.
最后，我们启动了一个计时器处理程序(如清单6所示)来处理以下场景：Web服务客户机回调处理程序一直没有被调用，这将导致一个超时。
Traditional timers provide an efficient mechanism for typical driver time-outs, where hrtimers provide another level of quality of service for more precise timer capabilities.
传统计时器为典型的驱动程序超时提供了一种有效的机制，而hrtimer为更精确的计时器功能提供了更高水平的服务质量。
The timer service also supports the automatic creation of a timer based on metadata in the bean class or deployment descriptor.
定时器服务也支持通过bean的元数据或者部署描述符自动创建定时器。
EJB container, Transaction service, Timer service, Orb, Session Replication Module and other components in GlassFish application server use Shoal for accessing and interacting with cluster members.
GlassFish应用服务器中的EJB容器、事务服务、定时服务、Orb、Session复制模块以及其他组件都使用了Shoal来与集群中的成员进行交互。
An aggressive service-invocation timer is set to the reasonable expected response time of the service, with some consideration for transient delays.
主动型服务调用计时器设置为服务合理的预期响应时间，并对传输延迟予以一定的考虑。
In most RTOS, the timer interrupt service routine (ISR) executes at every time tick.
在一般的嵌入式实时操作系统中，时钟中断服务程序在每个时钟节拍工作。
Aim Objective: to master the timer T0, T1 of the mode selection and programming methods, to understand the design method of the interrupt service routine, and learn skills in real-time debugging.
实验目的目的：掌握定时器t0、T1的方式选择和编程方法，了解中断服务程序的设计方法，学会实时程序的调试技巧。
The central engine communicates with the execute engine as the Observer pattern works. Implements the asynchronous characteristic by using JMX Notification Model and JMX Timer Service.
早期的工作流应用系统都是集中式的，即由一个工作流引擎去完成整个流程实例的执行。
The central engine communicates with the execute engine as the Observer pattern works. Implements the asynchronous characteristic by using JMX Notification Model and JMX Timer Service.
早期的工作流应用系统都是集中式的，即由一个工作流引擎去完成整个流程实例的执行。
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