Design and Implementation of an Efficient Stack Machine
Martin Schoeberl
Abstract
Martin Schoeberl
Abstract
Although virtually every processor today uses a load-store register architecture, stack architectures attract attention again due to the success of Java. The intermediate language of Java, the Java bytecodes, is stack based and therefore a hardware realization of the Java virtual machine (JVM), a Java processor, is also stack based. In this paper two different architectures, found in Java processors, are presented. Detailed analysis of the JVM access patterns to the stack prove that a simpler and faster solution is possible. The proposed solution is a stack with two levels of on-chip cache.
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Although virtually every processor today uses a load-store register architecture, stack architectures attract attention again due to the success of Java. The intermediate language of Java, the Java bytecodes, is stack based and therefore a hardware realization of the Java virtual machine (JVM), a Java processor, is also stack based. In this paper two different architectures, found in Java processors, are presented. Detailed analysis of the JVM access patterns to the stack prove that a simpler and faster solution is possible. The proposed solution is a stack with two levels of on-chip cache.
Key concepts: Computer science, Java, Stack (abstract data type), Call stack, Operating system, Embedded Java, Java concurrency, Virtual machine