Add to ORKGAbstract. Virtual Machines provide a runtime execution platform combining bytecode portability with a performance close to native code. An overview of current approaches precedes an insight into Microsoft CLR (Common Language Runtime), comparing it to Sun JVM (Java Virtual Machine) and to a native execution environment (IA 32). A reference is also made to CLR in a Unix platform and to techniques on how CLR improves code execution.
Many of today’s programming languages are broken. Poor performance, lack of features and hard-to-rea...
Both the.NET Framework via the Common Language Infrastructure (CLI) [16] and the Java Virtual Machin...
Both the .NET Framework via the Common Language Infrastructure (CLI) and the Java Virtual Machine (J...
This paper provides a modular high-level design of the Common Language Runtime (CLR) architecture. O...
AbstractWe describe how programs can be converted from the Common Language Runtime to the Java Virtu...
Today’s major high-level language virtual machines (VMs) are becoming successful in being multi-lang...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
Language Virtual Machines (VMs) are pervasive in every laptop, server, and smartphone, as is the cas...
AbstractSun's Java architecture introduced a safe virtual machine (VM) in which an ensemble of softw...
International audienceManaged Runtime Environments (MREs), such as the JVM and the CLI, form an attr...
AbstractThe .NET Common Language Runtime (CLR) offers a new opportunity to experiment with multi-lan...
The.NET Common Language Runtime (CLR) offers a new opportunity to exper-iment with multi-language in...
Abstract machines have been used as an implementation mechanism for programming languages for more t...
Modern general purpose programming languages like Java or C# provide a rich feature set and a higher...
High-level programming languages and bytecode-based virtual execution environments have become popul...
Many of today’s programming languages are broken. Poor performance, lack of features and hard-to-rea...
Both the.NET Framework via the Common Language Infrastructure (CLI) [16] and the Java Virtual Machin...
Both the .NET Framework via the Common Language Infrastructure (CLI) and the Java Virtual Machine (J...
This paper provides a modular high-level design of the Common Language Runtime (CLR) architecture. O...
AbstractWe describe how programs can be converted from the Common Language Runtime to the Java Virtu...
Today’s major high-level language virtual machines (VMs) are becoming successful in being multi-lang...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
Language Virtual Machines (VMs) are pervasive in every laptop, server, and smartphone, as is the cas...
AbstractSun's Java architecture introduced a safe virtual machine (VM) in which an ensemble of softw...
International audienceManaged Runtime Environments (MREs), such as the JVM and the CLI, form an attr...
AbstractThe .NET Common Language Runtime (CLR) offers a new opportunity to experiment with multi-lan...
The.NET Common Language Runtime (CLR) offers a new opportunity to exper-iment with multi-language in...
Abstract machines have been used as an implementation mechanism for programming languages for more t...
Modern general purpose programming languages like Java or C# provide a rich feature set and a higher...
High-level programming languages and bytecode-based virtual execution environments have become popul...
Many of today’s programming languages are broken. Poor performance, lack of features and hard-to-rea...
Both the.NET Framework via the Common Language Infrastructure (CLI) [16] and the Java Virtual Machin...
Both the .NET Framework via the Common Language Infrastructure (CLI) and the Java Virtual Machine (J...