Implemented cluster of low power devices to study execution of computer vision algorithms.
Identified and diagnosed bottlenecks on CPU bound work loads for low power devices.
Developed and implemented custom math kernel targeting ARM based CPUs, typically used on low power platforms, that resulted in a 5x speed up.
Created a system to construct 3D views of a car's environment.
Created keys from 3D models, establishing a secure line of commutation.
After communication is established the cars can exchange realtime views and create a richer view of the environment.
Implements and studies computer vision and artificial intelligence. Designs and produces low power systems. Manages team of eight undergraduate research assistants. Works closely with Dr. Neil Klingensmith and Dr. George K. Thiruvathukal.
Assisted Dr.William Honing and Dr. Eric Chan-Tin in instruction of COMP 170 (Introduction to Object-Oriented Programming). Held weekly office hours to provide out-of-classroom assistance to students
Department Honors
Altium Designer
Verilog, ARM Assembly