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Deadlock Avoidance in the Operating Systems with Using Coloured Petri Nets

机译:使用彩色Petri网避免操作系统中的死锁

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Now a days with advances in computer science and increase in processor speed, modeling methods have found extensive applications in industrial fields. Coloured Petri Nets are one of these modeling methods. Coloured Petri Nets are based on graph theory and are applied specifically for concurrent and asynchronous applications. As executable models, they are capable of graphical description of complicated systems. On the other hand, development of hardware and other peripheral computer resources and development of various computer software systems call for efficient and powerful operating systems so that users can use the software and hardware items in an effective manner. The purpose of this research is to study the application of Coloured Petri Nets for modeling resource management in operating systems with the aim of optimal utilization of resources and Deadlock Avoidance in the operating systems.
机译:如今,随着计算机科学的进步和处理器速度的提高,建模方法已在工业领域得到了广泛的应用。有色Petri网是这些建模方法之一。有色Petri网基于图论,专门用于并发和异步应用。作为可执行模型,它们能够以图形方式描述复杂的系统。另一方面,硬件和其他外围计算机资源的开发以及各种计算机软件系统的开发要求高效且强大的操作系统,以便用户可以有效地使用软件和硬件项目。这项研究的目的是研究有色Petri网在操作系统资源管理建模中的应用,目的是在操作系统中优化资源利用和避免死锁。

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