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Design of Cache Controller for Multi-core Systems using Multilevel Scheduling Method

机译:基于多级调度方法的多核系统缓存控制器设计

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Now a days, Multicore processor are utilized as a major development platform for real time system to achieve better processing performance. Multicore processor, which having multiple processing unite on a single chip, attracting the researcher to work for improvement of time performance and power consumption of the system. Many algorithms are proposed by researcher for improvement in time and power consumption, still there is a wide scope to propose and implement in the area. Cache handling is such issue to be sited less but having more impact on the performance of Multi-core systems. Once of the prominent issue in the multicore processor system is cache coherence. Hence there is a need to be implementing a suitable and efficient method or design to handle. Here Author is proposing a new concept of cache controlling by multilevel scheduling method, which utilized the concept of priority scheduling followed by round robin scheduling. The proposed system is modeled using hardware descriptive language and simulation results are presented.
机译:如今,多核处理器被用作实时系统的主要开发平台,以实现更好的处理性能。在单个芯片上具有多个处理单元的多核处理器吸引了研究人员进行工作,以提高系统的时间性能和功耗。为了改善时间和功耗,研究人员提出了许多算法,但是在该领域中仍存在广泛的提议和实现方法。缓存处理的问题较少,但对多核系统的性能影响更大。多核处理器系统中一个突出的问题是缓存一致性。因此,需要实现一种合适且有效的方法或设计来处理。在这里,作者提出了一种通过多级调度方法进行缓存控制的新概念,该概念利用了优先级调度和循环调度的概念。该系统采用硬件描述语言进行建模,并给出了仿真结果。

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