Research

Completed Projects

• Electromagnetic-circuit Maxwell-Kirchoff simulation methodologies
  
• Multilevel tree-based fast algorithms static, quasi-static, and full-wave electromagnetic systems
  
• Boundary element variations for modeling lossy conductors and dielectrics in microelectronics
  
• Parallel and distributed fast multilevel solvers for integral equation electromagnetic solvers
  
• Fast multipole variations for molecular dynamics and multiphysics applications
  
• CAD for mixed-signal systems and chip-package systems
  
• Time-domain integral equation (TDIE) methods for circuit-EM simulation of microelectronic systems
  
• Mixed-physics CAD for microfluidic systems
  
• Surface-volume time-frequency PEEC methods for microelectronic simulation
  
• Frontend design for advanced circuit-EM solvers for microelectronics applications
  

Electromagnetic-circuit Maxwell-Kirchoff simulation methodologies

Researchers: Yong Wang, Dipanjan Gope, Swagato Chakraborty

Funding: DARPA, SRC, NSF, Intel, UW RRF