PhD Defenses

Neural Network Implementations on Titled In-Memory-Computing Systems

Geometric Effects in Radiative Heat Transfer

Advanced Noise-Shaping SAR ADC Techniques

Advances in Image Reconstruction for Digital Breast Tomosynthesis

Solving Poisson Inverse Problems in Phase Retrieval and Single Photon Emission Computerized Tomography

Electromagnetic modeling for the active and passive remote sensing of polar ice sheet and for Signal of Opportunity (SoOp) land observation

Long-Term Non-Bleaching Nanoscale Imaging by Plasmonic Nanoscope

Optimization of Direct Laser Acceleration and the Characterization of Scintillators for Proton Imaging

Energy Efficient Circuit Design Techniques and Beyond CMOS Exploration for Internet of Things (IoT)

Monolithic integration and advancement of micro-gas chromatography – from components to systems and from 1D to 2D

Design and Implementation of Domain-Specific Programmable Spatial Accelerators

Exploiting Structure in Safety Control

Theory of lightwave-driven quantum electronics in solids

Models and Inference for Complex Data with Applications in Nuclear Non-Proliferation and Microbial Systems

Final Defense: Device Physics and Applications of Ternary Organic Photovoltaics

Efficient mm-Wave and THz Circuits and Systems

Resource-constrained Coding for Communication and Computation Applications

Final Defense: Methods for roll-to-roll vapor deposition of organic semiconductors

Next Generation Sub-THz Circuits and Systems on Silicon

RRAM-Based In-Memory Computing Architecture Designs

Advancing Environmental Applications through Machine Learning and Computer Vision: Modeling, Algorithms, and Real-World Implementations

Provable and Efficient Algorithms for Safe Reinforcement Learning

Next Generation Terahertz Systems using Nonlinear Phenomena

Circuits and Techniques for Digital Frequency Synthesizers and Design Automation.

Coding Theory and Sketching for Distributed Optimization

Compute- and Process-in-Memory Modules for Machine Learning and Neuromorphic Computing

Circuits & Techniques for Cell-based Analog Design Automation of Low Dropout Regulators