Evaluation of a Region-based Partial Inlining Algorithm for an ILP Optimizing Compiler

T. Way and L. Pollock (USA)


Parallel and distributed compilers, algorithm design,regionbased ILP compiler optimization, partial inlining


An ILP optimizing compiler using a region-based approach restructures a program to better reflect dynamic behav ior and increase interprocedural optimization and schedul ing opportunities. Regions provide the compiler with better control of the unit of compilation than traditional procedure-based compilers. In this paper, we evaluate an algorithm that incorporates partial inlining into a region based compilation framework to achieve the optimization benefits of full inlining, with the added benefit of reduced code growth. Results are presented for a variety of common and novel metrics developed for comparison of regions, in cluding profile homogeneity, percentage of invariant code and interprocedural scope of regions.

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