队列模型可以帮助确保SOA的稳定性和生产可用性。
Queuing models can help ensure that the SOA is robust and production ready.
队列模型能够帮助标识soa中阻塞工作线程的影响。
Queuing models can help identify the effects of blocking worker threads in an SOA.
根据无线网络的特点，提出了一种新型的流体公平队列模型W GPS。
According to the characteristics of wireless network, WGPS (a new fluid fair queuing model) is put forward.
方法利用贝叶斯图解模型和年龄队列模型对肝癌发病的年龄、出生队列效应的参数进行估计。
Methods age cohort models was used to fit data of twenty five years PLC incidence in Qidong to estimate parameters for birth cohort and age effect by means of Bayesian graphical modeling.
通过队列模型，不仅可以可视地对系统和各种参数加以表示(如超时和平均响应时间)，而且还能够了解其对系统的影响。
With queuing models, you both visually represent a system and vary parameters, such as timeouts and average response times, and understand their effects on a system.
提出了仿真过程的多项目集合模型、时间模型、资源模型、队列模型和任务延期处理模型以及基于任务状态的仿真策略。
The process simulation scheduling strategy is introduced and the aggregate-project model, time model, resource model, queue model and task-delay model are setup.
年龄时期队列模型广泛应用于描述性流行病学来分析慢性病发病率和死亡率变化趋势，它改进了传统的疾病描述性分析方法。
Age period cohort model is widely used by epidemiologists to analyse trends of chronic diseases. The statistical model provides a useful modification for traditional descriptive epidemiology.
目的为了较为系统地介绍贝叶斯图解模型，并用于肝癌发病资料分析和发病率预测。方法利用贝叶斯图解模型和年龄队列模型对肝癌发病的年龄、出生队列效应的参数进行估计。
Objective This article introduces Bayesian graphical modelling and analyze incidence data of primary live cancer in Qidong county, and predict incidence rate of Primary live cancer next period.
我还不知道它们将是什么样子，但是我知道，如果我们将它们简单视为队列授权模型的扩展，则该“最佳”实践将是错误的。
I do not know yet what they will look like, but I do know that if we treat them as nothing more than extensions of the queue authorization model, the "best" practice will be wrong.
在这种模型中，发出请求的应用程序在一个已知的队列上侦听响应。
In this model, the requesting application listens on a well known queue for a response.
另一个常见的线程模型是为某一类型的任务分配一个后台线程与任务队列。
Another common threading model is to have a single background thread and task queue for tasks of a certain type.
借助异步模型，队列本身可以充当一个减压阀。
With an asynchronous model, the queue itself ACTS as a relief valve.
在上面的模型中，可以看到一个目的地(例如一个队列)唯一地分配给一个总线成员。
In the model above, it could be seen that a Destination for example, a Queue is uniquely assigned to a Bus Member.
首先，您将了解如何利用队列目的地来使用点到点消息传递模型。
First you find out how to work with the point-to-point messaging model using queue destinations.
下面的类是一种常见的并行实用程序模型：任务队列。
The following class is a model of a common concurrent utility: a work queue.
对于该模型的一个关键问题是增加工作线程数会加剧对工作队列的争用(如图3所示)。
A key problem with this model is that increasing the number of worker threads increases the contention on the work queue (this is shown in Figure 3).
可伸缩性：假定您的桌面工具具有扩展为处理数百队列管理器的能力，而且不会对工作站性能造成影响，这是不是一个好的模型？
Scalability: Assuming that your desktop tool had the ability to scale up to hundreds of queue managers without degrading performance of the workstation, is it a good model?
初始测量显示，在V6.2的单台计算机上安装的监视器模型，其队列跳过速度与以前需要在V6.1.2的两台计算机上的相当。
Initial measurements have shown that a monitor model installed to a single machine on V6.2 with queue bypass can run as fast as what previously required two machines on V6.1.2.
为了对此模型进行扩展，以用于大型管理团队、大量队列管理器或大量队列和通道，需要对每个队列管理器增加大量的负载。
Scaling this model up to a large administration team, lots of queue managers, or large Numbers of queues and channels, exacts an increasingly large toll on each queue manager.
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.
在此模型中，按所在的主机命名队列管理器，并使用队列管理器别名来实现路由和对应用程序有意义的目的地。
In this model, name the queue manager for the host it resides on and use queue manager aliases to implement routes and destinations that are meaningful to the applications.
MOM是一种基于消息队列的异步消息模型框架。
MOM is a type of asynchronous messaging model framework based around a message queue.
有些是队列管理器执行所需的资源，另一些定义为模型。
Some of them are resources that are required for the queue manager to execute, while others are defined as models.
他建议，除了必须需要的情况下，避免使用消息队列并指出基于HTTP的数据库备份的通信模型通常能提供更简单的解决方案。
He suggests avoiding usage of message queues unless it is absolutely required and points out that an HTTP-based communication pattern backed up by databases typically provides a simpler solution.
当前的DataWebServices版本仅支持使用队列的点对点消息传递模型。
Data Web Services in this release only support point-to-point messaging model using queues.
集群工作负载等级(CLWLRANK)是适合这个自动更改传播模型的另一个队列属性。
Cluster workload rank (CLWLRANK) is another queue attribute that fits this automatic change propagation model. The cluster workload rank attribute differs from the put attribute in two ways.
Manager——扮演活动对象模型的代理角色；通过使用EventMessage的实例，Manager确定放入激活队列中的服务调用请求。
Manager - plays the role of Proxy of the active object model; using instances of EventMessage, the Manager determines service invocation requests that are placed into an Activation Queue.
SQS 采用 “最终一致性（eventual consistency）”模型，这意味着您可以向队列发送消息，但是队列的消费者不一定能够在特定的时间段内看到它。
SQS follows the model of "eventual consistency," meaning you can send a message to the queue, but a consumer of that queue may not see the message for some significant period of time.
此模型的优势在于，随着消息量的增加而添加新队列时，并不要求对请求应用程序进行更改。
The advantage of this model is that as message volume grows, adding new queues does not require changes to the requesting applications.
问题是：如何对模型进行设置，以便能够看到排入队列中正在等待资源的工作？
The question is: how can you set up your model, so that you can see the work queuing up when waiting for a resource?
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