Julie Germain is currently a PhD student, with a research focus in the area of Quantum
Computing. She has a background as a multidisciplinary engineer, including education
and industry experience in the areas of Mechanical Engineering (Aircraft Structures),
Civil Engineering (with education focused in construction engineering), Manufacturing
Engineering, Producibility Engineering, Systems Engineering (with an educational focus
in Software Engineering) and Technology sales and sales support. 2+ years teaching
engineering courses as an Adjunct Professor (teaching Engineering Graphics and Programming
for Engineers). Have 30+ years of industry experience working for a defense contractor,
a high-performance computing company (SGI) , and a high-performance storage company
(Seagate).
Research: Quantum Computing and Communications
Interest areas: Reducing qubit counts for algorithms, Improving results on NISQ hardware, all with
a focus on quantum for the computer scientist.
Research papers:
Quantum Networks: Reset-and-Reuse can be a Game-changer for Entanglement via Distillation
Qubit Reset and Refresh: A Gamechanger for Random Number Generation
Burak received his BS degree in Electrical and Electronics Engineering from the Dokuz
Eylul University, Izmir, Turkey, in 2018, and his MS degree in Computer Science from
Ozyegin University, Istanbul, Turkey, in 2020.
He worked as a Computer Hardware and Software Engineer at Baykar Defense Inc. between
March 2021 and September 2021. Since September 2021, he has been pursuing a doctoral
degree in the Computer Science and Engineering department at the University of North
Texas.
His current research interests include vulnerability and threat analysis for UAVs,
drone swarm applications, and secure and lightweight path planning for drone swarms.
Research papers:
Vulnerability and Threat Analysis of UAVs (2021)
Efficient FPGA Implementation of Field Oriented Control for 3-Phase Machine Drives
(2020)
Hardware Implementation of Field Oriented Control for Three Phase Machine Drives (2020)
Logan Widick is a doctoral student in the Network Security Laboratory (NSL) at the
University of North Texas (UNT). His current research area is identity management.
Prior to starting doctoral studies at UNT, Logan was an undergraduate research assistant
at the NSL. As an undergraduate, Logan designed, developed, and tested vital sign
monitoring applications for Android smartphones. He participated in a webcast at the
National Science Foundation and presented the vital sign monitoring applications,
and helped conduct field trials of said applications in Boston, MA.
Research Papers:
Blockchain Based Authentication and Authorization Framework for Remote Collaboration
Systems (2019)
A framework for secured collaboration in mHealth (2015)