AbstractWe describe how programs can be converted from the Common Language Runtime to the Java Virtual Machine, based on our experience of writing an application to do so. We also recount what this experience has taught us about the differences between these two architectures
One of the major drawbacks in the field of computer software development has been the inability for ...
In recent years, the Java Virtual Machine has evolved from a cross-ISA virtualization layer to a sys...
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
AbstractWe describe how programs can be converted from the Common Language Runtime to the Java Virtu...
Abstract. Virtual Machines provide a runtime execution platform combining bytecode portability with ...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
The portability and runtime safety of programs which are executed on the Java Virtual Machine (JVM) ...
Dynamic binary translation looks to map one computer architecture to another. Java is unusual in tha...
Virtual machines (VMs) are commonly used to distribute programs in an architecture-neutral format, w...
Practical experience in porting a large virtual reality system from C/C++ to Java indicates that por...
Abstract. The Java virtual machine (JVM) is usually implemented with an interpreter or just-in-time ...
This project aims at the comparison between the features and qualities of the Java and C++ programmi...
Dynamic languages such as Perl, Python, JavaScript, Ruby, and PHP are becoming increasingly popular....
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
Java workloads are becoming more prominent on a wide range of computing devices. In contrast to so-c...
One of the major drawbacks in the field of computer software development has been the inability for ...
In recent years, the Java Virtual Machine has evolved from a cross-ISA virtualization layer to a sys...
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
AbstractWe describe how programs can be converted from the Common Language Runtime to the Java Virtu...
Abstract. Virtual Machines provide a runtime execution platform combining bytecode portability with ...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
The portability and runtime safety of programs which are executed on the Java Virtual Machine (JVM) ...
Dynamic binary translation looks to map one computer architecture to another. Java is unusual in tha...
Virtual machines (VMs) are commonly used to distribute programs in an architecture-neutral format, w...
Practical experience in porting a large virtual reality system from C/C++ to Java indicates that por...
Abstract. The Java virtual machine (JVM) is usually implemented with an interpreter or just-in-time ...
This project aims at the comparison between the features and qualities of the Java and C++ programmi...
Dynamic languages such as Perl, Python, JavaScript, Ruby, and PHP are becoming increasingly popular....
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
Java workloads are becoming more prominent on a wide range of computing devices. In contrast to so-c...
One of the major drawbacks in the field of computer software development has been the inability for ...
In recent years, the Java Virtual Machine has evolved from a cross-ISA virtualization layer to a sys...
Virtual machines (VMs) are a popular target for language implementers. Conventional wisdom tells us ...
DOI
Add to ORKG