PhD Proposal by Joel Dunham
Location: Weber 200
Summary Sentence: Onboard Real-time Risk Analysis for UAS
Onboard Real-time Risk Analysis for UAS
By Joel Dunham
Proposal Details
Weber 200
Risk-assessment-based approval frameworks for operation of Unmanned Aerial Systems (UASs) have been proposed to govern integration of UAS into the National Air Space (NAS). Still in its infancy, one of these, Specific Operations Risk Assessment (SORA), provides a defined pathway through specific operations to build up use cases to general operations. Other frameworks enable the same type of risk assessment, but do not have the specific risk analysis and process yet detailed. Real-time risk analysis provides many opportunities to improve the safety and performance of UAS within these risk assessment frameworks. While real-time risk assessment systems have been developed and tested, limitations are inherent in those systems. This research seeks to address those limitations through development of a real-time onboard risk-assessment system applying Dempster-Shafer theory to this problem, enabling pre-positioning of UAS to accommodate contingencies while balancing mission goals. Tests will be done through simulation and flight testing to determine whether this approach provides improvements for test cases with known safety issues.
Dr. Eric Johnson*, Dr. Eric Feron*, Dr. John-Paul Clarke, Dr. Amy Pritchett, Dr. Maxime Gariel
* Research Advisor
Faculty/Staff, Public, Graduate students
Other/Miscellaneous
Phd proposal
Created By: Tatianna Richardson
Created On: Apr 16, 2018 - 11:28am
Last Updated: Apr 16, 2018 - 11:28am