National Instruments Inc. / US Air Force Research Laboratory / Agilent / /
Country
Austria / United States / /
Facility
National Radio Astronomy Observatory / Advanced Computer Studies University of Maryland / College Park / University of Maryland / Salzburg University of Applied Sciences / Salzburg University of Applied Sciences/ Fachhochschule Salzburg / US Air Force Research Laboratory / /
IndustryTerm
dataflow design tools / high level digital signal processing / pre-processing analysis / software simulation / embedded signal processing design flows / software implementation / signal processing systems / /
Organization
Professor Shuvra S. Bhattacharyya Department of Electrical and Computer Engineering / US National Science Foundation / Salzburg University of Applied Sciences / International Office / University of Maryland / College Park / Austrian Marshall Plan Foundation / Laboratory for Telecommunication Sciences / /
Person
Nimish Sane / Simon Kranzer / Andreas Unterweger / Rosalyn Eder / Robert Merz / Gabriele Abermann / Sonja Treiber / Gunasekaran Seetharaman / Sandra Lagler / Hojin Kee / Laura Streitb¨urger / Bernadette Himmelbauer / Benjamin Lachmayer / Sabine Klausner / Karl Entacher / Mag / Ines Aufschnaiter / Stefan Wegenkittl / Peter Ott / Teresa Rieger / Carlos Jambrina / Shuvra S. Bhattacharyya / /
Position
author / sink actor / Advisor / actor / source actor / Marshall / /
ProgrammingLanguage
LabVIEW / /
ProvinceOrState
Texas / Maryland / New York / /
RadioStation
Radio Astronomy Observatory / /
Technology
Information Technology / simulation / DSP / GUI / /
EFFICIENT DESIGN OF EMBEDDED SIGNAL PROCESSING SYSTEMS USING TOPOLOGICAL PATTERNS BASED DATAFLOW GRAPH REPRESENTATIONS by Nimish Sane