Well-Behaved Dataflow Programs For Dsp Computation

Cite. Seer. X — Citation Query Well. Behaved Programs for DSP Computation. Citation Context.. F) networks . They are a special kind of DPNs where in each firing step, the process node always consumes the same number of data values from the input streams and produces the same number of data values for the ..

CiteSeerX - Scientific documents that cite the following paper: Well-behaved Dataflow Programs for DSP Computation. Abstract—The StreamIt programming model has been proposed to exploit parallelism in streaming applications on general purpose multicore. 7 Contents 1 Introduction 1.1 Concurrent Model of Computation (MoC) for Embedded System 1.2 Motivation for Dataflow Computing 1.3 A Software Environment for Experimenting with MoC ---- Ptolemy II 2 Semantics of Dataflow Process Network 2.1 Fixed Point. Dataflow model of computation Used widely in design tools for DSP Used widely for expressing the functionality of DSP. Well behaved stream flow graphs

Evolution of Dataflow Models of Computation for DSP: Examples

1 Ptolemy Project 1 Streaming Models of Computation in The Ptolemy Project Edward A. Lee Professor UC Berkeley Workshop on Streaming Systems, Endicott House, Dedham, MA August 22-23, 2003 Ptolemy Project, Lee, Berkeley 2 Ptolemy Project. 1 Abstract COMPILING DATAFLOW PROGRAMS FOR DIGITAL SIGNAL PROCESSING by Shuvra Shikhar Bhattacharyya Doctor of Philosophy in Electrical Engineering Professor Edward A.

Abstract In this paper we present a novel framework ofmulti-rate scheduling of signal processing programs represented by regular stream flow graphs (RSFGs). Panangaden, “Well-behaved dataflow programs for DSP. Increasingly, stream-processing applications include complex control structures to better adapt to changing conditions in their environment. R., Govindarajan, R., and Panangaden, P. Well-behaved dataflow programs for DSP computation. Evolution of dataflow models of computation for DSP: Representative examples, 3 Modeling Design Space X PSDF X PCSDF E.