在SOA服务调用上实现主动计时器。
短期解决方案2：在服务器调用上实现主动计时器。
Short-term solution 2: implementing aggressive timers on service invocations.
务必注意，主动计时器的实现并不能纠正或防止事务失败。
It's important to note that the implementation of aggressive timers doesn't correct or prevent the transaction failure.
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。
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.
图7和图 8 中的队列理论模型以量化方式说明了主动计时器可如何提高应用服务器的服务速率（或吞吐量）。
The queuing theory models in Figures 7 and 8 illustrate quantitatively how aggressive timers increase the service rate (or throughput) of the application server.
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。
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.
此问题的解决方案是在同步调用的服务上实现主动调用计时器。
The solution to this problem is to implement aggressive invocation timers on synchronously invoked services.
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。
Figure 8 shows how implementing a more aggressive service timer improves the service rate and throughput of the server.
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。
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。
An aggressive service-invocation timer is set to the reasonable expected response time of the service, with some consideration for transient delays.
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