Date of Award
Master of Science (MS)
Aerospace, Physics, and Space Sciences
Gnana Bhaskar Tenali
The proper detection and analysis of bolide events ensures that we will once day be prepared for a big, catastrophic impact by a meteor. The data obtained from the analysis of these detected smaller events will provide important information about the meteor’s journey through our atmosphere and its orbit before it crossed the Earth’s path. SkySentinel is one of the All-Sky networks in charge of looking at the skies every night and detecting these objects as they fall. At the moment, SkySentinel’s detection process relies heavily on manpower to check whether their cameras picked up actual bolide events or false positives. The objective of the software outlined in this thesis is to develop a new, automated software to detect these events, which will eventually eliminate the need for that final, manual step. This software counts with more than a 80% success rate (on par with the best detection softwares) when it analyzes relatively short videos, marking a promising start to this new endeavor.
Botella, Elena, "Automated Software for the Detection of Bolide Events" (2018). Theses and Dissertations. 418.