模块化分解是企业模块化的重要基础和前提。
Modular decomposition is an important foundation and prerequisite for enterprise modularity.
故障树的模块化分解。
合理的模块化分解给系统的状态控制提供了可靠的数据依据。
Reasonable module decomposition can provide the control of system states with credible data.
事实上，它是通过这种模块化分解，大系统的实施成为可能。
Indeed, it is by means of this modular decomposition that the implementation of large systems becomes a possibility.
这个模块化分解为在计算机集成设计平台上研究IGCC系统的动静态特性打下了基础。
This modular analysis provides a base for investigation of the static and dynamic behaviour of IGCC system on thermal power computer integrated design system.
据此得到的模块化分解和数据库结构方案可以保证系统实施的稳定性和灵活性，同时使系统保持较高的运行效率。
The scheme of the module analysis and the data base construction would guarantee the stability, the adaptability and better operational efficiency for the REMIS.
针对软硬件复合计算机系统的可靠性分析，提出了相应的模块化分解模型，采用动态和静态相结合的方法分析系统可靠性。
Accounting for reliability analysis of computer systems with hardware and software, a dynamic and static Fault Tree model is presented to analyze reliability of systems.
针对软硬件复合计算机系统的可靠性分析，提出了相应的模块化分解模型，采用动态和静态相结合的方法分析系统可靠性。
Accounting for reliability analysis of computer systems with hardware and software, a dynamic and static Fault Tree model is presented to analyze reliability of systems.
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