对于新功能的系统测试场景的执行只发生在第5和6周。
System test scenario execution for new functionality only occurred during weeks 5 and 6.
我们的场景是一个移动电话计费系统。
场景主要包含系统过载和网络划分。
Scenarios where this is important include, system overloading and network partitioning.
场景1：本地文件系统编校。
在此场景中，我们需要检测交易系统中的投机行为。
In this scenario, we need to detect speculative action in a trade system.
在以上每个场景中，都调用了操作系统来进行安全性检查。
In each scenario, the operating system is called to perform security checks.
此后，系统将恢复到原始场景中的形式。
After this, the system looks again like the original scenario.
还可方便用于本文所描述的系统到系统的场景中。
It's also easy to use for system-to-system scenarios like the one described here.
场景2：磁盘和文件系统都不是很完整。
场景1：磁盘和文件系统是完整的。
场景：以容易被破坏的方式共存的新系统和旧系统。
Scenario context: New and old systems in fragile co-existence.
让我们看看两个文件系统损坏的场景。
最终以跑步机为研究对象，实现了具有虚拟场景的跑步机健身系统。
Finally, a running machine fitness system with a virtual scene is implemented.
因此，要在视景系统中绘制具有真实感的场景，光与色的应用是非常重要的。
So light and color are important in rendering a scenery in a visual simulation system.
本文以国产的武器系统为例，研究场景子系系统软件的结构组成和系统的实现方法。
It reaches the structure of combat environment system and the method of being realized.
本文以国产的武器系统为例，研究场景子系系统软件的结构组成和系统的实现方法。
It reaches the structure of combat environment system and the method of being realized.
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