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EnglishIncreasing the locality of a memory access profile is an interesting optimization problem, whose solution has implications on both performance and energy consumption of a processor-based system. High-locality memory access patterns are normally obtained through software-driven transformations, applied either at the source-code level or during compilation and machine-code generation. For some specific classes of systems, e.g., embedded systems, hardware-oriented, on-the-fly access pattern modification is also an option, as it trades generality in the applicability for better performance. This paper presents a class of algorithms for improving the locality of a given memory access profile through selective address relocation that require a very low-overhead custom hardware unit. Results obtained on a set of typical embedded applications show an average reduction in the complexity of the address relocation unit around 40%, yet with the best achievable increase in memory access locality.
Increasing the Locality of Memory Access Patterns by Low-Overhead Hardware Address Relocation / MACII A.; E. MACII; M. PONCINO. - 5(2003), pp. 385-388. ((Intervento presentato al convegno ISCAS-03: IEEE International Symposium on Circuits and Systems tenutosi a Bangkok, Thailandia nel Maggio 2003.
| Titolo: | Increasing the Locality of Memory Access Patterns by Low-Overhead Hardware Address Relocation | |
| Autori: | ||
| Data di pubblicazione: | 2003 | |
| Abstract: | Increasing the locality of a memory access profile is an interesting optimization problem, whose ...solution has implications on both performance and energy consumption of a processor-based system. High-locality memory access patterns are normally obtained through software-driven transformations, applied either at the source-code level or during compilation and machine-code generation. For some specific classes of systems, e.g., embedded systems, hardware-oriented, on-the-fly access pattern modification is also an option, as it trades generality in the applicability for better performance. This paper presents a class of algorithms for improving the locality of a given memory access profile through selective address relocation that require a very low-overhead custom hardware unit. Results obtained on a set of typical embedded applications show an average reduction in the complexity of the address relocation unit around 40%, yet with the best achievable increase in memory access locality. | |
| ISBN: | 0780377613 | |
| Appare nelle tipologie: | 4.1 Contributo in Atti di convegno |
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