Sponsored Research
Prof. Perry and his research group are very grateful for the funding support of the agencies listed here.
Prof. Perry and his research group are very grateful for the funding support of the agencies listed here.
80NSSC21K1318 (NASA)
80NSSC21K1318 (NASA)
"Characteristics of High Frequency radio propagation and scintillation in the polar-cap ionosphere"
The overarching objective of this project is to advance our understanding of ionospheric scintillation in the northern polar-cap ionosphere through the analysis of radio science data from an HF receiver in low Earth orbit, and modeling studies.
"Characteristics of High Frequency radio propagation and scintillation in the polar-cap ionosphere"
The overarching objective of this project is to advance our understanding of ionospheric scintillation in the northern polar-cap ionosphere through the analysis of radio science data from an HF receiver in low Earth orbit, and modeling studies.
80NSSC21K1774 (NASA)
80NSSC21K1774 (NASA)
"An e-POP investigation of the ionosphere-thermosphere system's regional response to the December 4, 2021 solar eclipse"
"An e-POP investigation of the ionosphere-thermosphere system's regional response to the December 4, 2021 solar eclipse"
The overarching objective of this project is to organize and oversee a one month-long measurement campaign using e-POP to deduce the IT system’s response to the December 4, 2021 eclipse.
The overarching objective of this project is to organize and oversee a one month-long measurement campaign using e-POP to deduce the IT system’s response to the December 4, 2021 eclipse.
N00014-23-1-2161 (ONR)
N00014-23-1-2161 (ONR)
"Detecting Polar Cap Patches in Over-the-Horizon Radar Data"
"Detecting Polar Cap Patches in Over-the-Horizon Radar Data"
This project's objective is to advance the development of a polar cap patch detection algorithm for over-the horizon radars (OTHRs).
This project's objective is to advance the development of a polar cap patch detection algorithm for over-the horizon radars (OTHRs).
80NSSC23K1321 (NASA)
80NSSC23K1321 (NASA)
"An Examination of the Response of the Ionosphere-Thermosphere System to the 2024 Solar Eclipse"
"An Examination of the Response of the Ionosphere-Thermosphere System to the 2024 Solar Eclipse"
The overarching goal of this project is to run a coordinated campaign and strategically deploy new instruments which, alongside existing ground-based infrastructure near the path of the eclipse, provide measurements that can maximize the scientific returns from this rare opportunity.
The overarching goal of this project is to run a coordinated campaign and strategically deploy new instruments which, alongside existing ground-based infrastructure near the path of the eclipse, provide measurements that can maximize the scientific returns from this rare opportunity.
80NSSC23K1322 (NASA)
80NSSC23K1322 (NASA)
"Solar Eclipse QSO Party 2.0: Amateur Radio Citizen Science to Study the Ionospheric Effects of the 2024 American Total Solar Eclipse"
"Solar Eclipse QSO Party 2.0: Amateur Radio Citizen Science to Study the Ionospheric Effects of the 2024 American Total Solar Eclipse"
This project is focused on the ionospheric response to the 2024 total solar eclipse through a series of large-scale citizen science experiments known as the HamSCI Festivals of Eclipse Ionospheric Science, which includes the Solar Eclipse QSO Parties (SEQPs). The citizen scientists will come from the amateur radio community.
This project is focused on the ionospheric response to the 2024 total solar eclipse through a series of large-scale citizen science experiments known as the HamSCI Festivals of Eclipse Ionospheric Science, which includes the Solar Eclipse QSO Parties (SEQPs). The citizen scientists will come from the amateur radio community.