| Document Date: 2004-05-15 12:26:24
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/ EntertainmentAwardEvent Oscar / / Facility R. Kent Dybvig Indiana University Computer Science Department Lindley Hall / University Computer Science Department Technical Report No. / / IndustryTerm flow-analysis-based inlining algorithms / arbitrary processing order / demand-driven online transformation / Demand-driven processing / online transformation / analysis-intensive algorithms / unreachable code saves processing time / actual inlining algorithm / call site / nonlinear processing time / polyvariant algorithm / / Organization National Science Foundation / Indiana University / / Person R. Kent Dybvig / / / Position Conditionals The guard / algorithm driver / guard / interpreter / programmer / / Technology caching / 2 Unrestrained Inlining Algorithm / 4.1 Primitive handlers The algorithm / inlining algorithm / analysis-intensive algorithms / polyvariant algorithm / Offline algorithms / flow-analysis-based inlining algorithms / 2.7 Lambda expressions The algorithm / simplified algorithm / actual inlining algorithm / /
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Fast and Effective Procedure Inlining∗ Indiana University Computer Science Department Technical Report No. 484 Oscar Waddell and R. Kent Dybvig Indiana University Computer Science Department