Repository of modularized SOAs
模块化的SOA库
Multiple SOAs calling EAI applications.
多重soa调用EAI应用程序。
External RFID Web services may not reside in the same SOAs.
外部RFIDWeb服务可能不驻留在同一个SOA上。
Check user requirements for changes in the priority of SOAs.
检查用户对于更改soa优先权的需求。
Most of today's production web services systems are not SOAs.
目前的大部分生产Web服务系统都不是SOA。
Here are some examples of modularized SOAs in the repository.
下列是库中模块化的SOA的一些实例。
This has made SOAs a very hot topic for our banking customers.
这使得SOA对我们银行的客户来说成为了一个热门话题。
There is always uncertainty in developing Web services in the SOAs.
在SOA 中开发Web服务时，始终存在不确定的东西。
A huge demand exists for the development and implementation of SOAs.
开发和实现SOA有很大的需求。
It does not matter if the web services are within or across the SOAs.
Web服务是在SOA内部还是跨soa都没有关系。
For example, virtually all SOAs make a trade-off between flexibility and speed.
例如，实际上所有SOA都在灵活性与速度之间实现了一种平衡。
They are, at the very least, a proof of concept that SOAs can finally be implemented.
至少，它们是SOAs能够最终实现这种观念的证明。
This will help system administrators to change default settings to harden the SOAs.
这将帮助系统管理员更改缺省设置，以对SOA进行加强。
Some may need to be connected to external RFID Web services found in different SOAs.
某些Web服务可能需要连接到在不同SOA中建立的外部RFID Web服务。
The resulting system designs are frequently called Service Oriented Architectures (SOAs).
结果的系统设计通常被称作面向服务的体系架构(SOAs)。
In this section we investigate topics of scalability and patterns of adoption for SOAs.
我们将在本节探讨可扩展性这一主题和SOA的采用模式。
We've taken advantage of lightweight Web servers to set up quick SOAs for demonstrations.
我们利用轻量级Web服务来设置快速的SOA，以进行演示。
Message brokerage and the ability to bridge important transaction networks to SOAs and esbs.
消息代理以及将重要事务网络连接到soa和esb的能力。
Part 10 of this article series discussed how you can use defense in depth to protect your SOAs.
本系列文章的第10部分讨论了可以如何使用深度防御来保护您的SOA。
A combination of these technologies can better protect SOAs from attack than a single item can.
使用这些技术的组合比只使用单项技术能更好地保护SOA不受攻击。
Our approach here is to use these techniques for creating service-oriented architectures (SOAs).
我们在此所用到的方法就是将这些技术用于创建面向服务的架构(SOA)。
You can develop and load balance Web services based on business processes within and across SOAs.
您可以在SOA内部（或跨 SOA）基于业务流程开发Web服务和平衡 Web 服务负载。
It can be a challenge and it can be fun rolling out your SOAs, so let me know how it's working for you.
推出SOA可能是个挑战，但其中充满了乐趣，因此可以让我知道您的SOA工作情况。
Things get more complicated with overlapping WSN paradigms that could result in overloading multiple SOAs.
重叠的WSN范例会导致多SOA超载，从而使事情变得更为复杂。
What this means is that you could use multiple SOAs to bridge the gaps between EAI applications or systems.
这意味着您可以使用多重soa来消除EAI应用程序之间的或系统之间的差异。
The administrators will find it much easier to manage and administer SOAs when these issues have been resolved.
解决了这些问题后，管理员将发现管理SOA变得更加容易了。
Validating SOAs means testing components at the service level as well as at the level of composite applications.
验证soa的意思是在服务层和复合应用程序层对组件进行测试。
While Web services are reusable in multiple SOAs, I go a step higher by treating SOAs as reusable architectures.
虽然在多个soa中web服务是可复用的，但是我进一步将SOA处理成可复用的体系结构。
Consolidate SOAs as an integration hub connecting to one or more mainframe systems running on different platforms.
将soa合并成连接到一个或更多主机系统的整合中心，这些主机系统运行在不同的平台上。
But like any system, even SOAs inevitably have to address change when it occurs due to business or technical reasons.
但是与任何系统一样，即使SOA也不可避免地必须处理由于业务或技术原因而导致的更改。
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