Code Size Optimization for Embedded Processors using Commutative Transformations

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Code optimization of the offset assignment generated in embedded systems allows for power and space efficient systems. We propose a new heuristic that uses edge classification to commutatively transformation and optimize the assignment. We introduce concept of breakable and unbreakable edges, which assists in selecting edges for path cover and edges for commutative transformation.

Sai Pinnepalli, Jinpyo Hong, J. Ramanujam, Doris L

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Code Optimization | Real-Time Computing | RTCSA 2007 | Space Efficient Systems | Unbreakable Edges |

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Added	06 Jun 2010
Updated	06 Jun 2010
Type	Conference
Year	2007
Where	RTCSA
Authors	Sai Pinnepalli, Jinpyo Hong, J. Ramanujam, Doris L. Carver

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Code Size Optimization for Embedded Processors using Commutative Transformations

Code Optimization | Real-Time Computing | RTCSA 2007 | Space Efficient Systems | Unbreakable Edges |

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