Saeed Asgari

Affiliation

Ansys Electronics Semiconductor Optics Business Unit (ESOBU), Waltham, MA, USA

Topic

Transient Response,Heat Source,Power Map,Reduced-order Model,State-space Model,Thermal Analysis,Thermal Model,Thermal Simulation,Transient Power,Acceleration Factor,Active Layer,Black Box,Carrier Density,Changes In Power,Circuit Simulation,Computational Fluid Dynamics Model,DC Link,Data Logger,Degrees Celsius,Development Of Artificial Intelligence,Differential Equations,Differential-algebraic Equations,Fast Thermal,Fine Grain,First-order Differential Equations,Fluid Solid Interface,Gain Spectrum,Global Model,Global Surface,Heat Sink,Heat Transfer,Heat Transfer Coefficient,Hot Spots,Impact Of Sources,Input Power,Insulated Gate Bipolar Transistor,Intermediate Levels,Junction Temperature,Laminar Flow,Large Chip,Limitations Of Traditional Methods,Linear Parameter Varying,Linear Time-invariant,Load Transients,Local Level,Machine Learning Models,Methodological Paper,Model System,Modulation Transfer Function,Neural Network,

Biography

Saeed Asgari received the Ph.D. degree in electrical engineering from the University of Wisconsin–Madison, Madison, WI, USA, in May 1997, with a focus on signal processing and application of wavelet transforms and constrained networks to fractal image compression.
He worked with Maxtor Inc., Shrewsbury, MA, USA, and Ansoft, later acquired by Ansys Inc., Canonsburg, PA, USA. He is currently a Senior Principal Research and Development Engineer with Ansys Inc., USA. He has authored over 20 peer-reviewed journal and conference publications, and holds ten patents. His research interests include signal processing, reduced order modeling, linear macro-modeling, and circuit theory.