Distinguished Seminar Series
The Distinguished Seminar Series of the School of Electrical and Computer Engineering presents the work of internationally recognized researchers. The seminar series is intended to provide an open platform for the faculty and students to have a dialog with leading researchers in various fields of ECE, and to build a dynamic and vibrant culture of research and academic exchange in the ECE department. All seminars are free and open to the public.
Dr. Craig Stunkel
- Principal Engineer in HPC Networking - NVIDIA
- Fellow of the IEEE
Over the last few decades, high-performance systems and supercomputers have evolved from blazingly-fast single processors to clusters with 10’s or 100’s of thousands of commodity processors bound together by high-speed networks. Within the last decade, these systems have become fast enough to enable practical deep learning, a branch of artificial intelligence (AI) that attempts to mimic the learning and reasoning capabilities of the brain to perform complex tasks. Current deep learning algorithms require enormous compute and network capability, especially for training. These algorithms require all processors to periodically collaborate to calibrate model parameters between successive training steps. This places a premium on efficient “reduction” calculations.
In this talk, Dr. Stunkel will overview how NVIDIA is attempting to address these AI challenges and make some predictions on technologies that will impact future system designs.
Dr. Craig Stunkel is currently a Principal Engineer in HPC Networking at NVIDIA, where he contributes to efforts involving NVIDIA’s Quantum InfiniBand high-speed networks that are prevalent in supercomputers and deep learning systems. Prior to joining NVIDIA in 2020, Craig was a Principal Research Staff Member at IBM's T. J. Watson Research Center in Yorktown Heights, NY, and codesigned and contributed to many generations of HPC networks, starting with the IBM SP supercomputers in the 1990s.
Craig received the B.S. and M.S. degrees in electrical engineering from Oklahoma State University in 1982 and 1983, and the Ph.D. degree in electrical engineering from the University of Illinois, Urbana in 1990. Dr. Stunkel is a Fellow of the IEEE, for contributions to the design and implementation of high-performance interconnection networks.
Of local interest: Craig was also a member of the OSU varsity basketball team.
Previous ECE Seminars
Dr. Jim Lansford - The Role of Standards in Communications - How the Sausage Gets Made
Dr. Matthew Perry - Advanced Hardware Technologies of the Microsoft Azure Platform and their Impact on AI and Edge Computing
Dr. Mohammed Ismail - A Self-Powered loT SoC Platform For wearable Health Care
Dr. Dezhen Song - Sensor Fusion and Its Applications in Autonomous Vehicles, Augmented Reality and Robotic Grasping
Dr. J.R. Cruz - Present and Future Challenges of Data Storage Channels
Dr. Scott T. Acton - Engineers Help Unravel the Mysteries of the Brain
Dr. Mark D. Hill - Technology, Computer Architecture and Memory
Dr. Robert G. Olsen - Next Generation Engineering Education
Dr. Hong Liu - Phase Sensitive X-ray Imaging for Cancer Diagnosis
Dr. Byul Hur - RF Test and Measurement Circuits and Systems with Agriculture, Environmental and Biomedical Sensor Applications
Dr. Andrew Arms - Sensing: Interrogating Physical Systems
Dr. Jignesh Solanki - Multi Agent System Applications in Smart Grids
Dr. Sarika Khushalani Solanki - Distribution System Modeling, Analysis and Optimization