2001•Unpublished venueRequires access

SableVM: a research framework for the efficient execution of java bytecode

Etienne M. Gagnon, Laurie Jane Hendren

Open publisher page 81 citations

Abstract

SableVM is an open-source virtual machine for Java, intended as a r esearch framework for efficient execution of Java bytecode. The framework is essentially composed of an extensible bytecode interpreter using state-of-the-art and innovative techniques. Written in the C programming language, and assuming minimal system dependencies, the interpreter emphasizes high-level techniques to support efficient execution. In particular, we introduce new data layouts for classes, virtual tables and object instances that reduce the cost of interface method calls to that of normal virtual calls, allow ecient garbage collection and light synchronization, and make effective use of memory space.

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What this paper is about

SableVM is an open-source virtual machine for Java, intended as a r esearch framework for efficient execution of Java bytecode. The framework is essentially composed of an extensible bytecode interpreter using state-of-the-art and innovative techniques. Written in the C programming language, and assuming minimal system dependencies, the interpreter emphasizes high-level techniques to support efficient execution. In particular, we introduce new data layouts for classes, virtual tables and object instances that reduce the cost of interface method calls to that of normal virtual calls, allow ecient garbage collection and light synchronization, and make effective use of memory space.

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OpenAlex reports 81 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

SableVM is an open-source virtual machine for Java, intended as a r esearch framework for efficient execution of Java bytecode. The framework is essentially composed of an extensible bytecode interpreter using state-of-the-art and innovative techniques. Written in the C programming language, and assuming minimal system dependencies, the interpreter emphasizes high-level techniques to support efficient execution. In particular, we introduce new data layouts for classes, virtual tables and object instances that reduce the cost of interface method calls to that of normal virtual calls, allow ecient garbage collection and light synchronization, and make effective use of memory space.

Key concepts: Bytecode, Computer science, Programming language, Java, Java bytecode, Interpreter, Interface (matter), Garbage collection

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