Paul Franzon

Biography

My teaching and research focuses on building microsystems (systems constructed of silicon chips, both analog and digital, and silicon micomachined components) for applications in computing, communications, sensors, robotics, and signal processing.

Education

• Ph.D. 1988
  Electrical Engineering
  University of Adelaide, Australia
• Bachelor's 1984
  Electrical Engineering
  University of Adelaide, Australia
• Bachelor's 1982
  Physics and Mathematics
  University of Adelaide, Australia

Recent Publications

• A Deep Transfer Learning Design Rule Checker With Synthetic Training (2023)
• Chiplet Set For Artificial Intelligence (2023)
• Generative Multi-Physics Models for System Power and Thermal Analysis Using Conditional Generative Adversarial Networks (2023)
• System Aware Floorplanning for Chip-Package Co-design (2023)
• Thermal Cycling and Fatigue Life Analysis of a Laterally Conducting GaN-based Power Package (2023)
• Thermal Estimation for 3D-ICs through Generative Networks (2023)
• Design Obfuscation Through 3-D Split Fabrication With Smart Partitioning (2022)
• FAXID: FPGA-Accelerated XGBoost Inference for Data Centers using HLS (2022)
• Hardware Implementation of Hierarchical Temporal Memory Algorithm (2022)
• High Dimensional Optimization for Electronic Design (2022)

Involvement

• IEEE EPS Society
  Associate Editor