A robust software package was developed for modeling the far field radiation pattern of phased array radars. The application of this package will assist SRI International’s Geospace Division model the radiation pattern of their AMISR arrays. With this package, SRI will be able to calibrate their measurements of phenomena occurring in the upper atmosphere. Additionally, tools have been developed for beam analysis and radiation pattern characterization. Methods of validation for the computed radiation pattern’s accuracy are included in the package
Lossless data compression was studied for many NASA missions. The Rice algorithm was demonstrated to...
This text was written to provide engineers and students of astronomy an understanding of optical sci...
This MQP was created for professors in the computer science department – specifically those teaching...
The University of Atmospheric Research (UCAR) launched its 3D-Printed Automatic Weather Station (3D-...
Dissertation (Ph.D.) University of Alaska Fairbanks, 2020Over-the-horizon radar (OTHR) systems that ...
This is a comprehensive report on the feasibility of using an analog optical link for transmission o...
An aerial radiological survey was conducted over the 16 square-mile (~41 square-kilometer) area surr...
The objective of this research is to study various methods for censoring state estimate updates gene...
A Laser rangefinder is an opto-electric device used to determine the distance between two objects. T...
Free Space Optical Communication (FSOC) has become a popular wireless communications technique for p...
The objective is to investigate the application of Doppler radar systems for global wind measurement...
Precise velocity and acceleration information is required for many real time applications. A standal...
This work looks at the impact on high-resolution analyses and forecasts of several non-conventional ...
This thesis focuses on implementing a small, low-cost, Frequency-Modulated-Continuous-Wave (FMCW) ra...
A polarimetric radiometer is a radiometer with the capability to measure the correlation information...
Lossless data compression was studied for many NASA missions. The Rice algorithm was demonstrated to...
This text was written to provide engineers and students of astronomy an understanding of optical sci...
This MQP was created for professors in the computer science department – specifically those teaching...
The University of Atmospheric Research (UCAR) launched its 3D-Printed Automatic Weather Station (3D-...
Dissertation (Ph.D.) University of Alaska Fairbanks, 2020Over-the-horizon radar (OTHR) systems that ...
This is a comprehensive report on the feasibility of using an analog optical link for transmission o...
An aerial radiological survey was conducted over the 16 square-mile (~41 square-kilometer) area surr...
The objective of this research is to study various methods for censoring state estimate updates gene...
A Laser rangefinder is an opto-electric device used to determine the distance between two objects. T...
Free Space Optical Communication (FSOC) has become a popular wireless communications technique for p...
The objective is to investigate the application of Doppler radar systems for global wind measurement...
Precise velocity and acceleration information is required for many real time applications. A standal...
This work looks at the impact on high-resolution analyses and forecasts of several non-conventional ...
This thesis focuses on implementing a small, low-cost, Frequency-Modulated-Continuous-Wave (FMCW) ra...
A polarimetric radiometer is a radiometer with the capability to measure the correlation information...
Lossless data compression was studied for many NASA missions. The Rice algorithm was demonstrated to...
This text was written to provide engineers and students of astronomy an understanding of optical sci...
This MQP was created for professors in the computer science department – specifically those teaching...