Gokul Krishnan, Ph.D., August 2022, Dissertation “Energy-efficient in-memory acceleration of DNNs through a hardware-software co-design approach,“ now with Apple

Ajay Kuzhively, MS, June 2021, Thesis “Quantization and evaluation of AI algorithms for hardware acceleration,” now with Qualcomm

Manvitha Pannala, MS, April 2021, Thesis “End-to-end performance benchmarking tool for high-speed memory access,” now with AMD

Zheng Li, Ph.D., October 2020, Dissertation “Visual perception, prediction and understanding with relations,” now with Meta

Xiaocong Du, Ph.D., October 2020, Dissertation “Efficient and online deep learning through model plasticity and stability,” now with Meta

Ang Chen, Ph.D., September 2020, Dissertation “Wireless wearable sensor to characterize respiratory behaviors,” now with Maxim Integrated

Gouranga Charan, MS, May 2020, Dissertation “Joint algorithm-design solution for online learning and dynamic adaptation,” now with ASU

Abinash Mohanty, Ph.D., October 2018, Dissertation “Algorithm and hardware design for efficient deep learning inference,” now with Google

Hidayatullah Chowdary, MS, September 2018, “Energy modeling of machine learning algorithms on general purpose hardware,” now with Qualcomm

Ankita Bansal, MS, June 2016, Thesis “Reliability issues and design solutions in advanced CMOS design,” now with Intel

Zihan Xu, Ph.D., December 2017, Dissertation “Algorithm and hardware co-design for learning on-a-chip,” now with Google

Devyani Patra, MS, November 2017, Thesis “Accelerated aging: device to circuits,” now with Apple

Srivatsava Gorthy, MS, August 2017, Thesis “Visual saliency application in object detection for search space reduction,” now with Cirrus Logic

Zhiming Yang, Visiting Scholar, Harbin Institute of Technology, China, March 2016 - March 2017

Ankita Bansal, MS, June 2016, Thesis “Reliability issues and design solutions in advanced CMOS design,“ now with Intel

Naveen Suda, Ph.D., December 2015, Thesis “Reconfigurable architectures and systems for IoT applications,“ now with Meta

Ketul Sutaria, Ph.D., November 2014, Thesis “Modeling and simulation tools for aging effects in scaled CMOS design,“ now with Intel

Pei An, MS, November 2013, Thesis “Reliable arithmetic circuit design inspired by SN P systems,“ now with Supertex

Yao Ma, Visiting Scholar, Sichuan University, China, September 2012 - August 2013

Venkatesa Sarma Ravi, MS, February 2013, Thesis “Statistical characterization and decomposition of SRAM cell variability and aging,“ now with Samsung

Anupama Subramaniam, Ph.D., November 2012, Thesis “Efficient circuit analysis under multiple input switching,“ now with Intel

Jyothi Velamala, Ph.D., November 2012, Thesis “Compact modeling and simulation for digital circuit aging,“ now with Intel

Cheng Xu, MS, November 2012, Thesis “Programmable analog device array (PANDA): a methodology for transistor-level analog emulation,“ now with Microchip

Saurabh Sinha, Ph.D., November 2011, Thesis “Neuromorphic controller for low power systems: from devices to circuits,“ now with Apple

Yun Ye, Ph.D., April 2011, Thesis “Modeling and simulation fo variations in nano-CMOS design,“ now with Intel

Run Zheng, MS, April 2011, Thesis “Aging predictive models and simulation methods for analog and mixed-signal circuits,“ now with Loongson

Chi-Chao Wang, Ph.D., March 2011, Thesis “Predictive modeling for extremely scaled CMOS and post-silicon devices,“ now with Intel

Jia Ni, MS, May 2010, Thesis “Rigorous extraction of Vth variation in SRAM cell transistors,“ now with Bloomberg L. P.

Min Chen, Ph.D., May 2010, Thesis “Design for reliability: from silicon characterization, model calibration, to efficient simulation,“ now with Qualcomm

Varsha Balakrishnan, MS, Nov 2009, Thesis “Circuit aging simulation for digital and analog circuits,“ now with Global Foudries

Wei Zhao, Ph.D., March 2009, Thesis “Predictive technology modeling for scaled CMOS design,“ now with Qualcomm

Wenping Wang, Ph.D., June 2008, Thesis “Circuit aging in scaled CMOS design: modeling, simulation, and prediction,“ now with Qualcomm

Dinesh Ganesan, MS, Dec 2007, Thesis “Finite point gate model,“ now with Freescale

Asha Balijepalli, Ph.D., Dec 2007, Thesis “Compact modeling and applications of a PD SOI MESFET,“ now with Apple

Ritu Singhal, MS, Sept 2007, Thesis “Compact modeling of non-rectangular gate effect,“ now with Intel

Rakesh Vattikonda, MS, July 2007, Thesis “Predictive modeling of NBTI effect,“ now with Qualcomm

Tarun Sairam, MS, July 2006, Thesis “Low-power digital design with FinFET technology,“ now with Sun