My research interests are in the general areas of tethered and wireless communications including wireless multiple access techniques, spread spectrum communications, channel propagation, antenna array processing, interference cancellation, radio link design and performance analysis for terrestrial wireless networks.
I am also active in research with undergraduate students. Motivated students of all levels are welcome to participate in my projects. If you are interested, please stop by my office for further discussion.
Projects in Progress:
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Solar Eclipse Ballooning 2024 -- This research project is to develop a complete near-space ballooning system in preparation for the spectacular natural event of total solar eclipse on April 8, 2024 (more specifically, full beginning at 3:16:22 pm EDT, maximum occurring at 3:18:13 pm, and full ending 3:20:05 pm). The passage of the 2024 total solar eclipse includes the skies right above the downtown of Erie, PA and the shoreline of Lake Erie (right at the home ground of Gannon!).
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CHErenkov Radiator Payload (CHERP) for Lunar Surface - Work is in progress to revise our existing science payload, CHERP (for near space) to detect and measure cosmic rays in the energy range ~1.5–20 GeV on the lunar surface. We hope to send this payload in partnership with NASA to the moon in 2021 or 2022.
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Underwater Vehicle System (UVS) -- While unmanned vehicles (UVs), especially unmanned aerial vehicles (UAVs), are increasingly used to complete various activities such as coastal mapping and restoration, flood monitoring, wildlife surveys, and crop management – just to name a few, this project aims at better facilitating unmanned underwater wildlife surveys in Lake Erie. Our team intends to develop initially a set of networked SeaGlides to navigate through on the surface of water in formation. Beginning with a commercially available toolkit of small seaglide, Gannon’s SeaGlide will ultimately evolve into a bigger glider and also a deep glider for more robust navigating capabilities under command and control. Experiments will be conducted in Lake Erie when our gliders get matured for deployment in real environment.
Recently Completed Projects:
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Undergraduate Student Instrument Project (USIP): Gannon University's CHErenkov Radiator Payload (CHERP), Principal Investigator (co-PI: N. Conklin), NASA, April 2016, project period: 5/26/16-5/25/18 (2 years)
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Solar Eclipse Ballooning 2017, Pennsylvania Space Grant Consortium/NASA, Principal Investigator, March 2016, project period: 5/1/16-4/30/18 (2 years). Visit http://www.gannon.edu/eclipse.
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Improving Student Learning Experience via Undergraduate Research, Pennsylvania Space Grant Consortium/NASA, Principal Investigator, Feb. 2016, project period: 5/19/17-5/18/18 (1 year)
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STEM Academic Research Training Engaging Underrepresented Pennsylvanians (START-UP), supplemental sub-award for Gannon University from NASA through Penn State University (Principal Investigator: C. House), Feb. 2016, project period: 2/9/16-9/10/16 (7 months)
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Undergraduate Student Instrument Project (USIP): Gannon University’s Cosmic-Ray Calorimeter (GU-CRC), co-PI (Principal Investigator: N. Conklin), NASA, Sept. 2013, project period: 9/18/13-9/17/15 (2 years)
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STEM Academic Research Training Engaging Underrepresented Pennsylvanians (START-UP), sub-award for Gannon University from NASA through Penn State University (Principal Investigator: C. House), Sept. 2013, project period: 9/11/13-9/10/15 (2 years)
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Payload Design for High Altitude Student Platform (HASP), 2011 - 2015, PA Space Grant Consortium/ NASA
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Prototype of a Biomass Energy-Source Generator and Remote Control and Monitoring, 08/2011 - 08/2012, U.S. Environmental Protection Agency
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Research on Smart Grid Communications, Faculty Research Grant, Gannon University, 2011