每个“虚拟计算机”将操作系统和安装在它上面的软件应用程序封装起来。
Each "virtual computer" encapsulates the operating system and the software applications installed on it.
整个软件系统的设计采用面向对象技术，对端口直接读写，有效封装D O S 通信代码，缩短了开发周期。
The whole system is designed to write and read LPTX port directly and to encapsulate effectively DOS code based on OOP techniques, thus shortens development period.
系统采用包装器外观设计模式及COM软件技术封装仪器驱控制组件。
Instrument control components are enveloped with com software technique and wrapper fa? Ade design pattern.
将车辆及各部件作为对象，运用面向对象方法建立了车辆动力学仿真软件模型，面向对象方法所特有的封装、继承等特点使系统具有结构清晰、直观、扩展和维护方便等特点。
The simulation software model is built on the base of object oriented method, and the software is developed, which has the advantages of distinct structure and easily to expanding and maintaining.
应用程序封装器与存储在计算机系统内的各软件应用程序相联并在所述系统加电时加载。
An application wrapper is associated with each software application stored on the computer system and is loaded when the system is powered up.
该软件可用于封装，电路板及系统级CFD模拟，包括自然对流、强制对流和辐射传热。
This software can be used for package -, board - or system-level CFD simulation, including natural and forced convection and radiation heat transfer.
最后，以光子网格中服务封装和资源调度实现为例，分别基于OGSA和AO - OGSA构建仿真模块，并根据软件系统性能指标对仿真结果进行了对比分析。
Therefore, it reduced the coupling between modules. Finally, taking the service packaging and resource scheduling in the optical grid as an example, the simulation modules based on OGSA and a...
最后，以光子网格中服务封装和资源调度实现为例，分别基于OGSA和AO - OGSA构建仿真模块，并根据软件系统性能指标对仿真结果进行了对比分析。
Therefore, it reduced the coupling between modules. Finally, taking the service packaging and resource scheduling in the optical grid as an example, the simulation modules based on OGSA and a...
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