A long-running recent trend in computer programming is the growth in popularity of virtual machines. However, few have included good support for concurrency - a natural mechanism in the Rain programming language. This paper details the design and implementation of a secure virtual machine with support for concurrency, which enables portability of concurrent programs. Possible implementation ideas of many-to-many threading models for the virtual machine kernel are discussed, and initial benchmarks are presented. The results show that while the virtual machine is slow for standard computation, it is much quicker at running communication-heavy concurrent code - within an order of magnitude of the same native code
Efficiently using multicore architectures demands an increasing degree of fluency in parallel progra...
We propose to search for common abstractions for different concurrency models to enable high-level l...
This paper describes how a Java 1 virtual machine can use the inherent concurrency of Java programs ...
This paper details the design of a new concurrent process-oriented programming language, Rain. The l...
While parallel programming for very regular problems has been used in the scientific community by no...
The upcoming many-core architectures require software developers to exploit concurrency to uti-lize ...
The upcoming many-core architectures require software developers to exploit concurrency to utilize a...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
We propose to search for common abstractions for concurrency models to enable multi-language virtual...
As applications executing in virtual machine runtime environments such as the Java Virtual Machine a...
We as a society have achieved greatness because we work together. There is power in numbers. However...
In this thesis, we investigate some of the options programmers have when writing a concurrent progra...
Distributed concurrent computing based on lightweight processes can potentially address performance ...
Concurrency has always been one of the major themes in any introductory Operating Systems course. In...
During the past decade, software developers widely adopted JVM and CLI as multi-language virtual mac...
Efficiently using multicore architectures demands an increasing degree of fluency in parallel progra...
We propose to search for common abstractions for different concurrency models to enable high-level l...
This paper describes how a Java 1 virtual machine can use the inherent concurrency of Java programs ...
This paper details the design of a new concurrent process-oriented programming language, Rain. The l...
While parallel programming for very regular problems has been used in the scientific community by no...
The upcoming many-core architectures require software developers to exploit concurrency to uti-lize ...
The upcoming many-core architectures require software developers to exploit concurrency to utilize a...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
We propose to search for common abstractions for concurrency models to enable multi-language virtual...
As applications executing in virtual machine runtime environments such as the Java Virtual Machine a...
We as a society have achieved greatness because we work together. There is power in numbers. However...
In this thesis, we investigate some of the options programmers have when writing a concurrent progra...
Distributed concurrent computing based on lightweight processes can potentially address performance ...
Concurrency has always been one of the major themes in any introductory Operating Systems course. In...
During the past decade, software developers widely adopted JVM and CLI as multi-language virtual mac...
Efficiently using multicore architectures demands an increasing degree of fluency in parallel progra...
We propose to search for common abstractions for different concurrency models to enable high-level l...
This paper describes how a Java 1 virtual machine can use the inherent concurrency of Java programs ...