Ph.D. Theses

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• ESD Design Challenges and Strategies in Deeply-Scaled Integrated Circuits
  -Shuqing Cao

• A Physics-Based Design Methodology for Digital Systems Robust to ESD-CDM Events
  -Tze Wee Chen

• Digital Compensation of Dynamic Acquisition Errors at the Front-End of ADCs
  -Parastoo Nikaeen

• Measurement, Suppression, and Prediction of Digital Switching Noise Coupling in Mixed-Signal System-on-Chip Applications
  -Cosmin Iorga

• ESD Protection Circuits for Advanced CMOS Technologies
  -Jung-Hoon Chun

• Amplitude and Phase Noise in Modern CMOS Circuits
  -Reza Navid

• Synthesized Compact Models for Substrate Noise Coupling in Mixed-Signal ICs
  -Hai Lan

• Geometric Algorithms and Software Architecture for Computational Prototyping: Applications in Vascular Surgery and MEMS
  -Nathan Marshall Wilson

• Virtual-Ground Sensing Techniques for Fast, Low-Power, 1.8V Two-bit-per-cell Flash Memories
  -Binh Quang Le

• Digital Noise Emulator for Characterization of Phase-Locked-Loop Systems Exposed to Substrate Noise
  -Yi-Chang Lu

• Small-Signal Modeling of RF CMOS
  -Jaejune Jang

• AC and Noise Analysis of Deep-submicron MOSFETs
  -Tae-Young Oh

• Analysis, Design, and Optimization of Integrated High-Current Devices in High-Speed and Radio-Frequency Semiconductor Systems
  -Choshu Ito

• Impact of Extension Lateral Doping Abruptness on Deep Submicron Device Performance
  -Michael Y. Kwong

• Investigation of ESD Performance in Advanced CMOS Technology
  -Kwang-Hoon Oh

• Modeling and Characterezation of Substrate Resistance for Deep Submicron ESD Protection Devices
  -Xin Yi Zhang

• Modeling of Nanoscale MOSFETs
  -Changhoon Choi

• Level Set Methods for Computational Prototyping with Application to Hemodynamic Modeling
  -Kenneth Chung-Yi Wang

• Atomic Scale Modeling of Silicate Interface Properties for High-K Gate Dielectric Applications
  -Atsushi Kawamoto

• High Frequency Characterization and Modeling of On-Chip Interconnects and RF IC Wire Bonds
  -Xiaoning Qi

• High Frequency Noise in CMOS Low Noise Amplifiers
  -Jung-Suk Goo

• Coupled Electromagnetic and Device Level Investigations of Metal-Insulator-Semiconductor Interconnects
  -Gaofeng Wang

• Characterization and Modeling of Electrostatically Actuated Polysilicon Micromechanical Devices
  -Edward Keat Leem Chan

• A Dial-An-Operator Approach to Simulation of Impurity Diffusion in Semiconductors
  -Daniel W. Yergeau

• Characterization, Modeling and Design of ESD Protection Circuits
  -Stephen Beebe

• Boundary Movement in Semiconductor Etching and Deposition Simulation
  -Ze-Kai Hsiau

• Frequency Domain Algorithms for Simulating Large Signal Distortion in Semiconductor Devices
  -Boris Troyanovsky

• A Methodology for the Parallelization of PDE Solvers: Application to Semiconductor Device Physics (tar and compressed file)
  - Bruce P. Herndon

• Advanced Mobility Model for Design and Simulation of Deep Submicrometer MOSFETs
  - Aon Mujtaba

• Experimental Investigation and Modeling of the Effects of High Dose Ion Implantation Damage on Boron Diffusion Silicon (Electronic copy not available)
  - Robert Huang

• On Numerical Modeling of Thermal Oxidation in Silicon
  - Vinay Rao

• Mesh Generation and Information Model for Device Simulation
  - Dan Yang

• Grid and Geometry Servers for Semiconductor Process Simulation (compressed file)
  -Zak Sahul

• Experiments and Simulations of Gallium Arsenide MESFET Sidegating Effects
  -Yi Liu

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