In computer programming, dataflow programming is a programming paradigm that models a program as a directed graph of the data flowing between operations, thus implementing dataflow principles and architecture. [1]

DATA FLOW IS A POPULAR COMPUTATIONAL MODEL for visual programming languages. Data flow provides a view of computation which shows the data flowing from one filter function to another, being transformed as it goes.

Nov 17, 2020 · Dataflow programming (DFP) is a programming paradigm where program execution is conceptualized as data flowing through a series of operations or transformations. Each operation may be represented as a node in a graph.

Jan 20, 2009 · What is a dataflow programming language? Why use it? And are there any benefits to it? In a control flow language, you have a stream of instructions which operate on external data. Conditional execution, jumps and procedure …

Jan 13, 2023 · Our intuitive visual interface can easily build a general-purpose dataflow program. It provides a visual editor to create nodes and connect them to form a DAG of dataflow task. This makes the beginner of computer programming capable of building parallel programs easily.

Mar 1, 2004 · Recent trends toward dataflow visual programming languages are then discussed with reference to key graphical dataflow languages and their development environments. Finally, the article details four key open topics in dataflow programming languages.

Jan 1, 2012 · This survey describes how visual programming languages built on top of DFP can be used for end-user programming and how easy it is to achieve concurrency by applying the paradigm, without...

May 11, 2024 · Dataflow programming is a programming paradigm in which we model programs as directed graphs consisting of nodes and directed edges connecting the nodes. A node represents an operation that...

Mar 1, 1992 · The data flow model is a popular model on which to base a visual programming language. This paper describes alternatives available to a designer of data flow languages, describes many of the languages, discusses some strengths of the languages, and discusses some unsolved problems in the design of data flow languages.

As an example of a visual programming language, a graphical data flow programming environment is developed for the Macintosh workstation which functions as a preprocessor to a data flow simulator developed at RIT. Examples are presented demonstrating the use of the language environment.