Message key elements as defined by ws-reliability.
WS - Reliability定义的消息关键元素。
Figure 3 shows a messaging scenario as defined by the WS-Reliability specification.
图3显示了WS - Reliability规范中定义的一个消息场景。
As a basis for this discussion, we outline the WS-Reliability standard (see Resources) and describe its key elements and mechanisms.
作为讨论的基础，我们对WS - Reliability(请参阅参考资料)进行概述，并讨论了它的关键元素和机制。
The goal of the WS-Reliability standard is to define a mechanism for client-server communication through web services that accomplishes the following
WS-Reliability标准的目的在于通过定义客户机服务器之间的通信机制，使得Web 服务满足如下要求
Protocol channels support implementation of many web services standards, for example WS-Security and WS-Reliability over the basic transport channels.
协议管道支持多种webservices标准的实现，例如建立在基础传输管道上的WS-Security和WS-Reliability。
In this section we discuss WS-Reliability issues in conjunction with logging and propose — based on the WS-Reliability standard — an architectural solution for a reliable logging web service.
在本节我们将基于WS - Reliability标准讨论与日志有关的Web服务可靠性问题，并提出一个可靠的日志web服务架构方案。
A 5-node pseudo element of 3-d elastic contact analysis ws applicable range and concrete practice were also discussed. Its reliability was checked by two examples.
构造了3维5节点接触伪单元以处理固体或壳体接触问题的边界非线性，讨论了其适用的范围和具体应用的情况通过算例，验证了其可靠性。
A 5-node pseudo element of 3-d elastic contact analysis ws applicable range and concrete practice were also discussed. Its reliability was checked by two examples.
构造了3维5节点接触伪单元以处理固体或壳体接触问题的边界非线性，讨论了其适用的范围和具体应用的情况通过算例，验证了其可靠性。
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