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Performance analysis is playing an indispensable role in design and evaluation for on-chip networks. In former studies, the end-to-end delay bound is calculated by the equivalent service curve method based… Click to show full abstract
Performance analysis is playing an indispensable role in design and evaluation for on-chip networks. In former studies, the end-to-end delay bound is calculated by the equivalent service curve method based on network calculus when resource sharing happens. However, in this paper, we propose a composable method to get the bound. This method uses the aggregated local arrival curve to get the local delay bound first, then calculates the end-to-end bound by summing up local bounds. This method solves the scalability problem and largely decreases the computation complexity compared with the former method.
Journal Title: IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems
Year Published: 2018
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