| Document Date: 2011-07-07 13:36:40
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City Delft / / Company FPGAs / Norton / OpalRT Technologies / Industrial Electronics / Power Electronics / Intel / Xilinx / MCi / / Country United States / Netherlands / Canada / / Currency USD / / / Event M&A / / Facility SimPowerSystems library / / IndustryTerm addition algorithm / real-time simulation / physical hardware / purpose processors / on-chip real-time simulation / application-specific processor / real-time simulators / electronics controls / circuit devices / base computing platform / spare hardware / realistic real-time simulation / electronic systems / real-time hardware-in-the-loop testing approach / / OperatingSystem Microsoft Windows / / Organization US Federal Reserve / Ecole Polytechnique / IEEE Industrial Electronics Society / National Sciences and Engineering Research Council of Canada / / Person Jean-Pierre David / Tarek Ould Bachir / Christian Dufour / J. Mahseredjian / V / / Position author / Opal-RT Technologies / designer / Opal-RT / controller / / ProgrammingLanguage MATLAB / FP / Simulink / / ProvinceOrState Arizona / / PublishedMedium la Nature / la Recherche / / Technology FPGA / SAT addition algorithm / RAM / application-specific processor / purpose processors / Simulation / DSP / DSP algorithms / /
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Floating-Point Engines for the FPGA-Based Real-Time Simulation of Power Electronic Circuits Tarek Ould Bachir, Christian Dufour, Jean-Pierre David, Jean Mahseredjian Abstract—The real-time simulation of power electroni