2008•Unpublished venueRequires access

Translating data flow to synchronous block diagrams

Roberto Lublinerman, Stavros Tripakis

Open publisher page 11 citations

Abstract

We propose a method to automatically transform synchronous data flow diagrams into synchronous block diagrams. The idea is to use triggers, a mechanism that allows a block to be fired only at selected times. We discuss how to extend the transformation to also cover dynamic data flow diagrams where the number of tokens produced and consumed by blocks is variable. Our method allows widespread tools such as Simulink which are based on the synchronous block diagram model to be used for data flow diagrams as well.

About this research paper

What this paper is about

We propose a method to automatically transform synchronous data flow diagrams into synchronous block diagrams. The idea is to use triggers, a mechanism that allows a block to be fired only at selected times. We discuss how to extend the transformation to also cover dynamic data flow diagrams where the number of tokens produced and consumed by blocks is variable. Our method allows widespread tools such as Simulink which are based on the synchronous block diagram model to be used for data flow diagrams as well.

Why it matters

OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

We propose a method to automatically transform synchronous data flow diagrams into synchronous block diagrams. The idea is to use triggers, a mechanism that allows a block to be fired only at selected times. We discuss how to extend the transformation to also cover dynamic data flow diagrams where the number of tokens produced and consumed by blocks is variable. Our method allows widespread tools such as Simulink which are based on the synchronous block diagram model to be used for data flow diagrams as well.

Key concepts: Block diagram, Computer science, Data flow diagram, Block (permutation group theory), Diagram, Flow (mathematics), Transformation (genetics), Data-flow analysis

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