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|Title:||Redundant call elimination via tupling|
|Authors:||Chin, W.-N. |
|Citation:||Chin, W.-N.,Khoo, S.-C.,Jones, N. (2006). Redundant call elimination via tupling. Fundamenta Informaticae 69 (1-2) : 1-37. ScholarBank@NUS Repository.|
|Abstract:||Redundant call elimination has been an important program optimisation process as it can produce super-linear speedup in optimised programs. In this paper, we investigate use of the tupling transformation in achieving this optimisation over a first-order functional language. Standard tupling technique, as described in , works excellently in a restricted variant of the language; namely, functions with single recursion argument. We provide a semantic understanding of call redundancy, upon which we construct an analysis for handling the tupling of functions with multiple recursion arguments. The analysis provides a means to ensure termination of the tupling transformation. As the analysis is of polynomial complexity, it makes the tupling suitable as a step in compiler optimisation.|
|Source Title:||Fundamenta Informaticae|
|Appears in Collections:||Staff Publications|
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