Trace Analysis for Predicting the Effectiveness of Partial Evaluation

Abstract

The main goal of partial evaluation [1] is program specialization. Essentially, given a program and part of its input data|the so called static data|a partial evaluator returns a new, residual program which is specialized for the given data. An appropriate residual program for executing the remaining computations|those that depend on the so called dynamic data|is thus the output of the partial evaluator. Despite the fact that the main goal of partial evaluation is improving program efficiency (i.e., producing faster programs), there are very few approaches devoted to formally analyze the effects of partial evaluation, either a priori (prediction) or a posteriori. Recent approaches (e.g., [2,3]) have considered experimental frameworks for estimating the best division (roughly speaking, a classification of program parameters into static or dynamic), so that the optimal choice is followed when specializing the source program.

This work is partially supported by the EU (FEDER) and the Spanish Ministry MEC/MICINN under grants TIN2005-09207-C03-02, TIN2008-06622-C03-02, and Acción Integrada HA2006-0008.