2000•Unpublished venueRequires access

Mixed-mode Bytecode Execution

Ole Agesen, David Detlefs

Open publisher page 25 citations

Abstract

Modern high-performance virtual machines use dynamic compilation. There is a tension between compilation speed and code quality. We argue that a highly-optimizing compiler is best deployed with both a fast, less-optimizing compiler and an interpreter. We present measurements showing that such a system can achieve the same peak performance as a system with just the optimizing compiler, and startup costs similar to a system with just the interpreter and fast compiler. M/S MTV29-01

About this research paper

What this paper is about

Modern high-performance virtual machines use dynamic compilation. There is a tension between compilation speed and code quality. We argue that a highly-optimizing compiler is best deployed with both a fast, less-optimizing compiler and an interpreter. We present measurements showing that such a system can achieve the same peak performance as a system with just the optimizing compiler, and startup costs similar to a system with just the interpreter and fast compiler. M/S MTV29-01

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OpenAlex reports 25 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Modern high-performance virtual machines use dynamic compilation. There is a tension between compilation speed and code quality. We argue that a highly-optimizing compiler is best deployed with both a fast, less-optimizing compiler and an interpreter. We present measurements showing that such a system can achieve the same peak performance as a system with just the optimizing compiler, and startup costs similar to a system with just the interpreter and fast compiler. M/S MTV29-01

Key concepts: Compiler, Computer science, Bytecode, Programming language, Interpreter, Optimizing compiler, Interprocedural optimization, Compiler correctness

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