ArchOn: Architecture-open Resource-driven Cross-layer Modelling Framework

A. Rafiev, A. Iliasov, A. Romanovsky, A. Mokhov, F. Xia, A. Yakovlev
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引用次数: 2

Abstract

This paper describes the first steps towards the development of a modelling method for large complex computing systems focusing on many-core types and concentrating on the cross-layer aspects. The models resulting from this method will help system designers reason about, analyse, and ultimately design such systems across all conventional computing and communication layers, from application, operating system, down to the finest hardware details. The main points of concern are energy and power and the physical parameters related to them, such as supply voltages and temperature, among other things, and how these impact on and relate to system"performance" metrics, including speed, throughput, and crucially, reliability. In this paper, we will first establish our outlook for the general modelling method, and then develop an initial system simulator based on this methodological outlook. The simulator will then be demonstrated with an example case study.
ArchOn:架构开放的资源驱动的跨层建模框架
本文描述了开发大型复杂计算系统的建模方法的第一步,该方法侧重于多核心类型和跨层方面。这种方法产生的模型将帮助系统设计者推断、分析并最终设计出跨越所有传统计算和通信层的系统,从应用程序、操作系统到最精细的硬件细节。主要关注的是能源和功率以及与之相关的物理参数,例如电源电压和温度,以及这些参数如何影响和关联系统“性能”指标,包括速度、吞吐量,以及至关重要的可靠性。在本文中,我们将首先建立我们对一般建模方法的展望,然后基于这种方法学展望开发一个初始系统模拟器。然后将通过示例案例研究演示模拟器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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