Reduced runtime storage requirement.
降低了运行时存储要求。
Runtime storage cannot be completely allocated until all common and equivalence statements have been processed.
在把全部公用语句和等价语句加工完毕之前，是不能圆满完成运行时的存贮分配的。
Compression of XML data and indexes, which improves storage efficiency and runtime performance for certain workloads.
XML数据和索引的压缩，这会改进某些工作负载的存储效率和运行时性能。
The runtime representation of the storage model is used to marshal the objects.
存储模型的运行时表示形式用于对对象进行封送处理。
The memory footprint for the aspect oriented runtime has been reduced for applications and additionally the memory footprint and file storage size for probes metering snapshots has been reduced.
对应用来说，其面向方面运行时的内存需求量已经降低了，而且对于探测器计量快照，内存需求量和文件存储尺寸也降低了。
An RQP is the runtime artifact that handles the storage and management of messages that an application sends to a destination that is not hosted by the messaging engine to which it is connected.
RQP是运行时构件，对于应用程序发送到的目的地不由所连接的消息传递引擎承载的情况，由RQP对这些消息进行存储和管理。
XML indexing, query optimization, storage management, and other DB2 services help ensure efficiency and strong runtime performance.
xml索引、查询优化、存储管理和其他DB 2服务有助于确保出色的效率和运行时性能。
SNIA's CDMI - providing an API that allows for the runtime management of storage infrastructure service offerings.
来自SNIA的CDMI——提供了一种API，可以用于对存储基础设施服务实例进行运行时管理。
At runtime, the Jazz server discovers the storage models contributed by components via an extension point.
在运行时，Jazz服务器发现由组件通过扩展点提供的存储模型。
Components contribute storage models via an extension point, and the models are used at runtime by various parts of Jazz's generic infrastructure.
组件通过扩展点提供存储模型，Jazz的通用基础设施的各个部分在运行时使用这些模型。
The common language runtime can assign storage based on the current characteristics of the platform on which your application is executing.
公共语言运行时根据执行应用程序的平台的当前特性来分配存储。
Support for side-by-side storage and execution of different versions of the same assembly is an integral part of strong naming and is built into the infrastructure of the runtime.
支持并行存储和执行同一程序集的不同版本是强命名中不可缺少的部分，这种支持内置于运行时基础结构中。
Support for side-by-side storage and execution of different versions of the same assembly is an integral part of strong naming and is built into the infrastructure of the runtime.
支持并行存储和执行同一程序集的不同版本是强命名中不可缺少的部分，这种支持内置于运行时基础结构中。
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