| 1. | Infrastructure - level support for service level requirements
服务级需求的基础架构级支持 |
| 2. | Returns information about the full - text service - level properties
返回有关全文服务级属性的信息： |
| 3. | Attributes can be used to override service - level settings on a per - web service method basis
Soapdocumentmethod和soaprpcmethod属性可以用于重写每个web服务方法的服务级设置。 |
| 4. | Some of the candidate technologies for esb implementation are relatively new and might only have been tested against limited service levels
一些候选的esb实现技术相对较新，并且可能仅仅在有限的服务级进行过测试。 |
| 5. | What service level requirements should the infrastructure support for example , service response time , throughput , availability , and so forth , and how is it required to scale over time
基础架构应该支持什么样的服务级需求（例如，服务响应时间、吞吐量、可用性等等） ？随着时间的推移，需要如何对其进行扩展？ |
| 6. | The trade - off between the benefits of standards and proven service level characteristics will often drive a mixed approach combining standards - compliant , and proprietary , or custom technologies in an esb and soa architecture
标准的优点之间的权衡和经过验证的服务级特征往往驱动一个结合了esb与soa体系结构中适应标准的、专有的或自定义技术的混合方法。 |
| 7. | For the foreseeable future , critical architectural decisions will be concerned with balancing the benefits of specific open standards , supported by emerging or mature product technologies against service level requirements
在可以预见的未来，关键的体系结构决策将专注于特定开放标准优点的平衡，针对服务级需求的新兴或成熟的产品技术支持这些开放标准。 |
| 8. | For each instance of sql server , there is a dedicated instance of msftesql , including dedicated components such as word breakers and filters , resources such as memory , and configuration such as service - level settings like
对于每个sql server实例，都存在一个专用的msftesql实例，包括专用的组件（例如断字符和筛选器） 、资源（例如内存）和配置（例如服务级设置，实例级的 |
| 9. | At the last chapter , we discuss the fault - tolerant technology and propose the model ( ft - mrs ) in the new field . as we know service concept is an important concept for distributed computing , the fault tolerant model build on the level of the service ( component / application ) . we applied the fault tolerant in the insurance syste m
文章最后结合分布式容错技术的发展，提出了针对服务级对象容错模型，由于服务是大颗粒对象(组件或者应用程序) ，又是internet分布式计算环境中软件开发的重要概念，该模型从服务级容错这个新视角对容错的复制管理、失效检测、失效恢复技术及其算法进行了深入的探讨，从而使保险业务组件提供高可用的分布式应用。 |
