AbstractA problem that often has to be solved by compilers for functional languages targeting the Java Virtual Machine is the elimination of tail calls. This paper explains how we solved it in our Funnel compiler and presents some experimental results about the impact our technique has on both performance and size of the compiled programs
Allocating objects on the stack rather than the heap reduces the overhead of garbage collection and ...
The Java Virtual Machine (JVM) executes the compiled bytecode version of a Java program and acts as ...
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
Recent advances in Virtual Machine\u2019s technology have led to the diffusion of Java execution env...
Java programs are deployed in a bytecode format that is executed by a Java virtual machine (JVM). J...
Interpretation of Java bytecode results in slow execution of program.First version of Java Virtual M...
The Java Virtual Machine (JVM) was designed as the target for Java compilers, but there is no reason...
Embedded systems pose unique challenges to Java application developers and virtual machine designers...
This paper addresses the problem of resolving virtual method and interface calls in Java. The main f...
The stack model of execution uses a stack to hold temporary results during evaluation of a program. ...
This paper addresses the problem of resolving virtual method and interface calls in Java. The main f...
Optimizing Java byte code is complicated by the fact that it uses a stack-based execution model. Ch...
Java virtual machine is interpreters for byte code in this paper we have discuss the internal archit...
The Java Virtual Machine (Standard Edition) normally interprets Java byte code but also compiles Jav...
Java bytecode subroutines are used to compile the Java source language try-finally construct into a...
Allocating objects on the stack rather than the heap reduces the overhead of garbage collection and ...
The Java Virtual Machine (JVM) executes the compiled bytecode version of a Java program and acts as ...
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
Recent advances in Virtual Machine\u2019s technology have led to the diffusion of Java execution env...
Java programs are deployed in a bytecode format that is executed by a Java virtual machine (JVM). J...
Interpretation of Java bytecode results in slow execution of program.First version of Java Virtual M...
The Java Virtual Machine (JVM) was designed as the target for Java compilers, but there is no reason...
Embedded systems pose unique challenges to Java application developers and virtual machine designers...
This paper addresses the problem of resolving virtual method and interface calls in Java. The main f...
The stack model of execution uses a stack to hold temporary results during evaluation of a program. ...
This paper addresses the problem of resolving virtual method and interface calls in Java. The main f...
Optimizing Java byte code is complicated by the fact that it uses a stack-based execution model. Ch...
Java virtual machine is interpreters for byte code in this paper we have discuss the internal archit...
The Java Virtual Machine (Standard Edition) normally interprets Java byte code but also compiles Jav...
Java bytecode subroutines are used to compile the Java source language try-finally construct into a...
Allocating objects on the stack rather than the heap reduces the overhead of garbage collection and ...
The Java Virtual Machine (JVM) executes the compiled bytecode version of a Java program and acts as ...
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
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