Based on the STEP standard and CORBA technique, the architecture of collaborative automobile design is proposed.
在深入分析STEP标准和CORBA技术的基础上，提出了基于二者的汽车产品协同设计体系结构。
Heterogeneous databases interoperation is related to distributed computing, so the paper studied CORBA technique.
异构数据库互操作研究涉及到分布式计算，为此，本文研究了CORBA技术。
CORBA technique is used in network communication for remote access and control between central control station and monitoring instrument in isomeric environment.
网络通信中采用CORBA技术实现异构环境下中心控制站与各监测仪之间的远程访问和控制。
Methods in CORBA environment, based on component technique, interaction styles and reuse of software are introduced to custom stream application.
方法以构件技术为核心，在CORBA环境下，引入多种构件交互方式和软件复用机制，组装和定制媒体流应用。
It takes CORBA as the core technique, adopts multi-layer distribution system structure and the design facing to the object.
它以CORBA为核心技术，采用多层分布式的体系结构、面向对象的设计。
The technique of CORBA makes the standard first , and the product behind, this is quite different from other middleware products.
CORBA技术是先有标准，后有产品，这与许多的与CORBA竞争的中间件产品有很大的区别。
CORBA is excellent in isomerous environments and becomes an important technique for enterprise multi-layer application system.
CORBA在异构环境下极具优势，已成为开发企业级多层应用系统的主要技术之一。
Through comparative analysis of the realization technique of the distributed workflow system, CORBA is adopted as realization technique.
通过比较分析分布式工作流管理系统的实现技术，采用了CORBA技术作为实现技术。
Through comparative analysis of the realization technique of the distributed workflow system, CORBA is adopted as realization technique.
通过比较分析分布式工作流管理系统的实现技术，采用了CORBA技术作为实现技术。
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