Abstract machines have been used as an implementation mechanism for programming languages for more than thirty years. In their latest incarnation execution engines based on virtual machines offer "Managed Execution". The implications of this change go far beyond the superficial advantages of platform portability and go to the heart of software reliability. In this paper it is argued that managed execution platforms such as the .NET Common Language Runtime and the Java Virtual Machine form the only reasonable basis for trustworthy component software. There is also an overview of current research in this field, including the vexed question of version evolution
Modern general purpose programming languages like Java or C# provide a rich feature set and a higher...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
VMs are complex pieces of software that implement programming language semantics in an efficient, po...
Abstract machines have been used as an implementation mechanism for programming languages for more t...
Many of today\u27s programming languages are broken. Poor performance, lack of features and hard-to-...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
Today new programming languages proliferate, but many of them suffer from poor performance...
Language Virtual Machines (VMs) are pervasive in every laptop, server, and smartphone, as is the cas...
Implementing a managed language efficiently is hard, and it is becoming more difficult as the c...
Managed Runtime Environments (MREs), such as the JVM and the CLI, form an attractive environment for...
As applications executing in virtual machine runtime environments such as the Java Virtual Machine a...
Program portability is an important software engineering consideration. However, when high-level lan...
A long-running recent trend in computer programming is the growth in popularity of virtual machines....
Managed Runtime Environments (MREs), such as the JVM and the CLI, form an attractive environment for...
Abstract. Virtual Machines provide a runtime execution platform combining bytecode portability with ...
Modern general purpose programming languages like Java or C# provide a rich feature set and a higher...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
VMs are complex pieces of software that implement programming language semantics in an efficient, po...
Abstract machines have been used as an implementation mechanism for programming languages for more t...
Many of today\u27s programming languages are broken. Poor performance, lack of features and hard-to-...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
Today new programming languages proliferate, but many of them suffer from poor performance...
Language Virtual Machines (VMs) are pervasive in every laptop, server, and smartphone, as is the cas...
Implementing a managed language efficiently is hard, and it is becoming more difficult as the c...
Managed Runtime Environments (MREs), such as the JVM and the CLI, form an attractive environment for...
As applications executing in virtual machine runtime environments such as the Java Virtual Machine a...
Program portability is an important software engineering consideration. However, when high-level lan...
A long-running recent trend in computer programming is the growth in popularity of virtual machines....
Managed Runtime Environments (MREs), such as the JVM and the CLI, form an attractive environment for...
Abstract. Virtual Machines provide a runtime execution platform combining bytecode portability with ...
Modern general purpose programming languages like Java or C# provide a rich feature set and a higher...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
VMs are complex pieces of software that implement programming language semantics in an efficient, po...