Using the new XC10 REST Gateway feature, you can now integrate the elastic caching tier with the ESB.
通过使用新的XC10RESTGateway功能，您现在可以将弹性缓存层与esb集成到一起。
With its potential for high performance, MongoDB works well as a caching tier in an information infrastructure.
凭借其高性能的潜力，MongoDB可以作为信息基础框架的缓存层很好的工作。
The XC10 appliance provides a quick and easy way to integrate a caching tier into your enterprise infrastructure.
XC10设备提供了一种快速简便的方法来将一个缓存层集成到您的企业基础结构中。
The purpose of the data caching tier is to provide scalable, fault tolerant, coherent data grids for your application server tier.
数据缓存层的目的是为您的应用程序服务器层提供一个可伸缩、容错和一致的数据网格。
XC10 Version 2 is a firmware and hardware upgrade that further improves performance, quality, serviceability and scalability of your elastic caching tier.
XC10版本2对固件和硬件进行了升级，可以进一步改善弹性缓存层的性能、质量、可服务性和可伸缩性。
The WebSphere DataPower XC10 Appliance is a quick, easy, and cost-effective way to add an elastic data caching tier to enhance your application infrastructure.
IBMWebSphereDataPowerXC10Appliance是一种快速、简便和经济高效的方法，用于添加一个弹性数据缓存层来增强您的应用程序基础结构。
Therefore, if the result of an application request is retrieved from the elastic caching tier, the application processing and processing latency for that request are eliminated.
因此，如果从弹性缓存层检索到应用程序请求的结果，则会清除应用程序处理和此请求的处理延时。
At the data services orchestration tier, caching is supported by a specialized data caching service.
在数据服务编排层，缓存由专门的数据缓存服务提供支持。
Data Server tier, part of data Grid, buffers database access by caching objects in-memory for higher performance.
数据服务器层是数据网格的组成部分，通过在内存中缓存对象来缓冲数据库访问，以实现更高的性能。
Extensive use of caching strongly influence demands that WebSphere Commerce makes on hardware infrastructure on the application tier.
缓存的密集使用会对WebSphereCommerce应用层硬件基础架构的需求产生重要影响。
Caching on the application tier plays a pivotal role in WebSphere Commerce deployments.
应用层的缓存在WebSphere Commerce部署中发挥着重要的作用。
First, SOA designs often overlook the potential for mid-tier service caching to accelerate SOA performance.
首先，SOA设计常常忽视了用中间层服务缓冲来提高SOA性能的可能性。
Adopting mid-tier service caching offers many benefits to your organization over-and-above the SOAP binding performance discussed in this article.
除了本文所述的SOAP绑定性能改进之外，采用中间层服务缓冲还会为企业带来很多好处。
Combining the Parallel Job Manager (PJM), N-tier caching structures, and affinity routing provides a powerful, high-performance compute grid.
组合使用并行作业管理器(PJM)、n层缓存结构和关联路由，可以提供功能强大的高性能计算网格。
For the first approach (bringing the data closer to the business logic), you can define an N-tier caching infrastructure and associate it with the GEE.
对于第一种方法(将数据向业务逻辑进行移动)，您可以定义一个n层的缓存基础结构，并将它与GEE相关联。
Aggressive caching across an N-tier caching infrastructure.
在n层缓存基础结构中进行主动性缓存。
This can be done in your application but is better done in FastSOA because the content (news stores and RSS feeds) usually include time-to-live values that are ideal for FastSOA's mid-tier caching.
这个也可以在你的应用里实现，但最好是在FastSOA里做这件事，因为内容(新闻故事和RSSfeeds)通常都包含time - to - live值，所以非常适合FastSOA的中间层缓存。
For relatively simple scenarios, such as tracing, caching and decoration of components in the application tier, the capabilities of DI frameworks usually do the trick.
对于相对简单的方案(例如，在应用层跟踪、缓存和修饰元件)，di框架的功能通常能成功应用。
For relatively simple scenarios, such as tracing, caching and decoration of components in the application tier, the capabilities of DI frameworks usually do the trick.
对于相对简单的方案(例如，在应用层跟踪、缓存和修饰元件)，di框架的功能通常能成功应用。
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