Abstract: We explore the question: “What can a von Neumann processor borrow from dataflow to make it more suitable for a multiprocessor? ” Start-ing with a simple, ‘%ISC-like ” instruction set, we show how to change the underlying processor orga-nization to make it multithreaded. Then, we extend it with three instructions that give it a fine-grained, dataflow capability. We call the result P-RISC, for “Parallel RISC. ” Finally, we discuss memory support for such multiprocessors. We compare our approach to existing MIMD machines and to other dataflow machines
Although they are powerful intermediate representations for compilers, pure dataflow graphs are inco...
The objective of this work is to design a high performance dynamic dataflow processor for multiproce...
Emerging VLSI/ULSI technologies have created new opportunities in designing computer architectures c...
Abstract: We explore the question: “What can a von Neumann processor borrow from dataflow to make it...
Dataflow architectures offer the ability to trade program level parallelism in order to overcome mac...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
The primary objective of the proposed research is to define and evaluate an architecture for a compu...
structure storage, latency, multiprocessor, name space, I parallel machine language, process state, ...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
The paper presents an overview of the parallel computing models, architectures, and research project...
The term "dataflow" generally encompasses three distinct aspects of computation - a data-driven mode...
The dataflow model of computation offers a powerful alternative to the von Neumann based model for e...
Dataflow is presented as an alternative to the von Neumann model as the basis for computer system de...
This paper presents some recent advanced dataflow architectures. While the dataflow concept offers t...
This paper describes the evolution of dataflow computers from the first static design to the newest ...
Although they are powerful intermediate representations for compilers, pure dataflow graphs are inco...
The objective of this work is to design a high performance dynamic dataflow processor for multiproce...
Emerging VLSI/ULSI technologies have created new opportunities in designing computer architectures c...
Abstract: We explore the question: “What can a von Neumann processor borrow from dataflow to make it...
Dataflow architectures offer the ability to trade program level parallelism in order to overcome mac...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
The primary objective of the proposed research is to define and evaluate an architecture for a compu...
structure storage, latency, multiprocessor, name space, I parallel machine language, process state, ...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
The paper presents an overview of the parallel computing models, architectures, and research project...
The term "dataflow" generally encompasses three distinct aspects of computation - a data-driven mode...
The dataflow model of computation offers a powerful alternative to the von Neumann based model for e...
Dataflow is presented as an alternative to the von Neumann model as the basis for computer system de...
This paper presents some recent advanced dataflow architectures. While the dataflow concept offers t...
This paper describes the evolution of dataflow computers from the first static design to the newest ...
Although they are powerful intermediate representations for compilers, pure dataflow graphs are inco...
The objective of this work is to design a high performance dynamic dataflow processor for multiproce...
Emerging VLSI/ULSI technologies have created new opportunities in designing computer architectures c...