StorageTank系统提供在异构的、分布式的环境中存储器。
The storage Tank system provides storage in heterogeneous, distributed environments.
用CORBA技术构建TMN中的被管对象的接口，可以加快实现异构环境下电信网的分布式管理。
It can accelerate developing distributed management systems in isomerous networks to build the interfaces of TMN managed objects with CORBA technology.
网格是一个分布式的异构资源环境，对作业提交和调度提出了更高的要求。
Grid is a distributed environment that integrates isomerous resources, so that it puts forword higher request for job submission and scheduling.
因此在异构环境下，研究分布式测量技术的实现具有非常重要和迫切的意义。
Therefore under heterogeneous environment, it is very important and urgent to research the distributed measuring technology.
中间件是为解决分布式环境中的异构问题而提出的。
The middleware was presented to solve the integration problem of distributed heterogeneous computer and network environment.
该模型能够解决异构网格监测系统之间的互连问题，并有效地对高性能分布式计算环境进行智能监测。
The model addresses the interoperable issues among heterogeneous grid monitoring systems and efficiently monitoring resources in high-performance distributed computing environments.
数据库性能管理系统可以通过数据字典查询来实现分布式异构环境下基于规则的监控。
The database performance management system may through the data dictionary inquiry form realize monitoring under the distributional isomerism database environment based on the rule.
CORBA是当前非常重要的分布式对象技术之一，它能在分布式异构环境下集成各种不同的应用。
CORBA, being one of the most important distributed object technologies at the present time, can integrate diverse applications with distributed heterogeneous environment.
CORBA提供了在异构平台上构造对程序开发人员透明的分布式环境，而WWW为用户提供了友好、方便的使用界面。
CORBA provides an environment for building clients and servers, which are transparent to programmers while WWW presents people with friendly and convenient user interface.
用CORBA技术构建TMN中的被管对象的接口，可以加快实现异构环境下电信网的分布式管理。
We can accelerate developing distributed management systems in isomerous networks if we build the interfaces of TMN managed objects with CORBA technology.
因此，如何将这些分布式异构地理模型进行统一表达、管理并集成到虚拟地理环境系统中，是当前亟待解决的难点问题。
So how to define and manage these distributed heterogeneous models uniformly, and how to integrate into the virtual geographical environment system, still remain the problems to be solved urgently.
因此，如何将这些分布式异构地理模型进行统一表达、管理并集成到虚拟地理环境系统中，是当前亟待解决的难点问题。
So how to define and manage these distributed heterogeneous models uniformly, and how to integrate into the virtual geographical environment system, still remain the problems to be solved urgently.
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