Add to ORKGThis document summarizes experiences gained in programming the J-Machine. It is intended to provide feedback on the strengths and weaknesses of the architecture. The intent of this document is to provide useful information to system architects to assist in the design of the next generation of fine-grained multicomputers
In this article we review the development of programming languages and classify them based on their ...
The Java Memory Model (JMM) is intended to characterize the meaning of concurrent Java programs. Bec...
Real-time systems require stringent requirements both on the processor and the software application....
This document summarizes experiences gained in programming the J-Machine. It is intended to provide ...
The MIT J-Machine multicomputer has been con-structed to study the role of a set of primitive mechan...
leven years ago, at ISCA 14, we published a paper titled, “Architecture of a Message-Driven Processo...
Experimental and commercial parallel machines have matured to a point where it is possible to quanti...
In this dissertation, we describe the DELFT-JAVA engine - a 32-bit RISC-based architecture that prov...
Concurrent Smalltalk is the primary language used for programming the J- Machine, a MIMD message-p...
Programming embedded devices has been historically a difficult task, involving the learning of the f...
We as a society have achieved greatness because we work together. There is power in numbers. However...
The convergence of computing and telecommunications technologies has created a need for a dynamic, d...
During my work placement in a software development role at Ericsson, I have worked on a diverse ran...
Java provides support for concurrent and parallel programming through threads, monitors and its sock...
Computer hardware and software evolve very fast. With the advent of chip-multiprocessors and symmetr...
In this article we review the development of programming languages and classify them based on their ...
The Java Memory Model (JMM) is intended to characterize the meaning of concurrent Java programs. Bec...
Real-time systems require stringent requirements both on the processor and the software application....
This document summarizes experiences gained in programming the J-Machine. It is intended to provide ...
The MIT J-Machine multicomputer has been con-structed to study the role of a set of primitive mechan...
leven years ago, at ISCA 14, we published a paper titled, “Architecture of a Message-Driven Processo...
Experimental and commercial parallel machines have matured to a point where it is possible to quanti...
In this dissertation, we describe the DELFT-JAVA engine - a 32-bit RISC-based architecture that prov...
Concurrent Smalltalk is the primary language used for programming the J- Machine, a MIMD message-p...
Programming embedded devices has been historically a difficult task, involving the learning of the f...
We as a society have achieved greatness because we work together. There is power in numbers. However...
The convergence of computing and telecommunications technologies has created a need for a dynamic, d...
During my work placement in a software development role at Ericsson, I have worked on a diverse ran...
Java provides support for concurrent and parallel programming through threads, monitors and its sock...
Computer hardware and software evolve very fast. With the advent of chip-multiprocessors and symmetr...
In this article we review the development of programming languages and classify them based on their ...
The Java Memory Model (JMM) is intended to characterize the meaning of concurrent Java programs. Bec...
Real-time systems require stringent requirements both on the processor and the software application....