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Emrah Acar
Also published under:E. Acar
Affiliation
IBM T. J. Watson Research Center, Yorktown-Heights, NY, USA
Topic
Defocus,Random Variables,Spatial Variation,Variety Of Systems,Actual Hardware,Array Structure,Column Vector,Concentration Of Oxygen Vacancies,Conduction Band,Critical Conditions,Crystallite,Density Functional Theory,Design Space,Discrete Cosine Transform,Efficient Algorithm,Electrical Measurements,Energy Levels,Error Model,Etching,Excess Electrons,Exponential Distribution,Feature Values,Fermi Dirac,Fermi Level,Formation Of Oxygen Vacancies,Frequency Domain,Function Of Dose,Gating Process,Generation Of Oxygen Vacancies,Generation Probability,Geometric Features,Geometric Operator,Grain Size,Inverse Method,Layout Changes,Layout Design,Least-squares Fitting,Measurement Data,Mesh Network,Metal Electrodes,Metal Gate,Metal Interface,Mismatch Effect,Monte Carlo Simulation,Morphing,Number Of Hotspots,Number Of Templates,Orthogonal Matching Pursuit,Orthogonal Matching Pursuit Algorithm,Overlap Area,
Biography
Emrah Acar (SM'06) received the Ph.D. degree in electrical and computer engineering from Carnegie Mellon University, Pittsburgh, PA, USA, in 2001.
He has been with IBM Research as a Research Staff Member since graduation. His current research interests include modeling and simulation of devices, circuits, systems, power modeling and optimization, statistical modeling, prediction and optimization, and data analytics.
He has been with IBM Research as a Research Staff Member since graduation. His current research interests include modeling and simulation of devices, circuits, systems, power modeling and optimization, statistical modeling, prediction and optimization, and data analytics.