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MICROKERNEL BASED REAL-TIME EMBEDDED OPERATING SYSTEMS EFFICIENCY IMPROVEMENT

机译:基于Microkernel的实时嵌入式操作系统效率改进

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The extensiveness and dependability of system architecture facilitates the steady rise in development of applications and intricacy of operating system performance. As such, the expansion of Operating system interprocess communication methodologies and real-time microkernel architecture are areas that have recently been have been revisited by several researchers. This paper will demonstrate the efficiency of Interprocess communication and real-time microkernel problems. The development of a novel design real-time embedded Operating System architecture combined with the exokernel and multi-layer architecture is also presented.
机译:系统架构的扩展和可靠性有助于稳步上升,应用应用和操作系统性能的复杂性。因此,操作系统切换通信方法和实时Microkernel架构的扩展是几个研究人员最近被重新审视的区域。本文将展示进程间通信和实时微内核问题的效率。还提出了一种新颖的设计实时嵌入式操作系统架构与exokernel和多层架构的开发。

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