Software speculative multithreading for Java
Christopher J. F. Pickett
Abstract
Christopher J. F. Pickett
Abstract
We apply speculative multithreading to sequential Java programs in software to achieve speedup on existing multiprocessors. A common speculation library supports both Java bytecode interpreter and JIT compiler implementations. Initial profiling results indicate three main optimizations: adaptive return value prediction, online fork heuristics, and in-order nested method level speculation.
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We apply speculative multithreading to sequential Java programs in software to achieve speedup on existing multiprocessors. A common speculation library supports both Java bytecode interpreter and JIT compiler implementations. Initial profiling results indicate three main optimizations: adaptive return value prediction, online fork heuristics, and in-order nested method level speculation.
Key concepts: Computer science, Speculative multithreading, Java bytecode, Java, Multithreading, Parallel computing, Programming language, Operating system