The dataflow model of computation exposes and exploits parallelism in programs without requiring programmer annotation; however, instruction- level dataflow is too fine-grained to be efficient on general-purpose processors. A popular solution is to develop a "hybrid'' model of computation where regions of dataflow graphs are combined into sequential blocks of code. I have implemented such a system to allow the J-Machine to run Id programs, leaving exposed a high amount of parallelism --- such as among loop iterations. I describe this system and provide an analysis of its strengths and weaknesses and those of the J-Machine, along with ideas for improvement
This paper presents dataflow machines, a model for stream programs aimed at capturing their logical ...
Data flow analysis is a compile-time analysis technique that gathers information about definitions a...
The need for more processing power has spurred the development of new processor architectures. A pro...
The term "dataflow" generally encompasses three distinct aspects of computation - a data-driven mode...
This paper describes about Data Flow Computers. The dataflow model of computation offers an attracti...
A method for assessing the benefits of fine-grain paral-lelism in "real " programs is pres...
In a dataflow program, an instruction is enabled whenever all of its operands have been produced; at...
The aim of this work is to propose a simple and efficient mechanism to deal with the problem of exec...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
Functional dataflow programming languages are designed to create parallel portable programs. The sou...
Dataflow may be thought of as a language-oriented approach to the design and organization of computi...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
Parallel dataflow systems are a central part of most analytic pipelines for big data. The iterative ...
The goal of the thesis is to design a scheme for the graphical composition of data-flow parallel pro...
There has been a resurgence of interest in dataflow architectures, because of their potential for ex...
This paper presents dataflow machines, a model for stream programs aimed at capturing their logical ...
Data flow analysis is a compile-time analysis technique that gathers information about definitions a...
The need for more processing power has spurred the development of new processor architectures. A pro...
The term "dataflow" generally encompasses three distinct aspects of computation - a data-driven mode...
This paper describes about Data Flow Computers. The dataflow model of computation offers an attracti...
A method for assessing the benefits of fine-grain paral-lelism in "real " programs is pres...
In a dataflow program, an instruction is enabled whenever all of its operands have been produced; at...
The aim of this work is to propose a simple and efficient mechanism to deal with the problem of exec...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
Functional dataflow programming languages are designed to create parallel portable programs. The sou...
Dataflow may be thought of as a language-oriented approach to the design and organization of computi...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
Parallel dataflow systems are a central part of most analytic pipelines for big data. The iterative ...
The goal of the thesis is to design a scheme for the graphical composition of data-flow parallel pro...
There has been a resurgence of interest in dataflow architectures, because of their potential for ex...
This paper presents dataflow machines, a model for stream programs aimed at capturing their logical ...
Data flow analysis is a compile-time analysis technique that gathers information about definitions a...
The need for more processing power has spurred the development of new processor architectures. A pro...