Parameterized model order reduction of linear and nonlinear dynamical systems; mixed-signal, RF and mm-wave circuit simulation and modeling for optimization; parasitic extraction and accelerated integral equation solvers; simulation and modeling tools for magnetic resonance imaging and for the human cardiovascular circulatory system.
Standard full-chip capacitance extraction algorithms rely for computational efficiency on 2D scanning and table lookup algorithms. These algorithms trade off…
During recent years, researchers in the Electronic Design Automation community have made great efforts to develop new techniques to automatically…
Understanding certain medical conditions requires understanding specific aspects of the arterial blood flow. For instance, diagnosing atherosclerosis requires capturing detailed…
Traditional interconnect capacitance extraction tools usually employ 2D scanning and table look-up methods for fast extraction. For some structures, e.g.,…
Automatic generation of accurate, compact, and passive dynamical models for multiport linear structures such as interconnects is a crucial part…
Two recent advances in Magnetic Resonance Imaging (MRI) technology have resulted in a need for sophisticated computational electromagnetics (CEM) tools….
Design and optimization of novel RF Nano-Electro-Mechanical (NEM) resonators such as Resonant Body Transistors (RBT) require modeling across multiple domains,…