SPC: An Approach to Guarantee Performance in Cost Oriented Mapping Algorithm for NoC Architectures

Qinghua Wu, Leibo Liu, S. Yin, Yu Ren, Shaojun Wei
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引用次数: 3

Abstract

How to map IP cores onto NoC architectures is a significant issue (application mapping) in multi-core system design. Many mapping algorithms which aim at optimizing cost metrics(e.g. energy consumption) in the mapping procedure are proposed. Some of those algorithms consider satisfying performance metrics (e.g. latency) constraints. This paper analyses the mechanism leading to performance decreases and furthermore proposes a new approach SPC (satisfy processing capacity) to guarantee performance metrics for cost oriented application mapping algorithms. Using this approach in one of those algorithms, performance metrics constraints are well ensured and cost metrics are hardly affected. In fact, one random experiment shows that performance is enhanced at most 10% even if cost is reduced by 6%.
SPC:一种面向成本的NoC架构映射算法的性能保证方法
如何将IP核映射到NoC架构是多核系统设计中的一个重要问题(应用映射)。许多旨在优化成本度量的映射算法(例如:能源消耗)在映射过程中的建议。其中一些算法考虑满足性能指标(例如延迟)约束。分析了导致性能下降的机制,提出了一种新的SPC(满足处理能力)方法来保证面向成本的应用映射算法的性能指标。在其中一种算法中使用这种方法,可以很好地保证性能指标约束,并且几乎不影响成本指标。事实上,一项随机实验表明,即使成本降低了6%,性能也最多提高了10%。
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