Research Presentations and Publications
- Sutherland, G. Harris, A. (May 2023). Developing a Computer Vision System for Autonomous Satellite Maneuvering. Oral presentation, Technical Insights track – Embedded Vision Summit 2023. Santa Clara, CA.
- Sutherland, G. (August 2022). Utilizing Deep Reinforcement Learning to Effect Autonomous Orbit Transfers and Intercepts on-orbit via Edge Compute. Oral paper presentation in the Weekend Session VI: Advanced Concepts – Research & Academia III at SmallSat 2022. Logan, UT.
- Sutherland, G. (July 2022). Edge Deep Reinforcement Learning to Effect Autonomous Orbital Intercepts for Space Debris Remediation. Oral presentation in scientific event PEDAS.1 at 44th COSPAR Scientific Assembly. Athens, Greece.
- Vlontzos, A. Sutherland, G. Ganju, S. Soboczenski, F. (August 2021). Next-Gen Machine Learning Supported Diagnostic Systems for Spacecraft. Paper presentation in the AI for Spacecraft Longevity Workshop at IJCAI 2021. Montreal, Canada.
- Sutherland, G. (2021, August). Autonomous Space Debris Remediation via Multimodal AI-Controlled Spacecraft Utilizing Electromagnetic Propulsion. Poster presentation at 35th Annual Small Satellite Conference. Logan, UT.
- Sutherland, G. (2021, January). A Deep Reinforcement Learning Approach to Train Autonomous Space Debris Remediation Spacecraft. Oral presentation at 43rd COSPAR Scientific Assembly, Autonomy for Future Space Science Missions Workshop. Sydney, Australia.
- Sutherland, G. (2021, January). A Deep Reinforcement Learning Approach to Train Autonomous Space Debris Remediation Spacecraft. Oral Paper Presentation at 43rd COSPAR Scientific Assembly, Panel on Potentially Environmentally Detrimental Activities in Space. Sydney, Australia.
- Sutherland, G. Soboczenski, F. Vlontzos, A. (2020, August). Utilizing Deep Reinforcement Learning to Effect Autonomous Orbit Transfers and Intercepts via Electromagnetic Propulsion. Poster presentation at Small Satellite Conference, Logan, UT.
- CANCELLED DUE TO COVID19:
- Sutherland, G. (2020). Imaging Exoplanets: An ML Approach to Optical Interferometry. Seminar at NASA HQ. Washington, D.C.
- Sutherland, G. (2020, May). Deep Reinforcement Learning Based Autonomous Spacecraft with Electromagnetic Propulsion for Space Debris Removal. Presentation at International Space Development Conference. Frisco, TX.
- Sutherland, G. (2020, April). Spacecraft for Autonomous Space Debris Remediation Utilizing Deep Reinforcement Learning and Electromagnetic Propulsion. Poster at Stanford Research Conference. Stanford, CA.
- Sutherland, G. (2020, March). Design of a Spacecraft for Autonomous Space Debris Remediation Utilizing Onboard AI and Electromagnetic Propulsion. Paper presentation at AIAA Region VI Student Conference. Portland, OR.
- Sutherland, G. (2020, January). Resolving Exoplanets: CubeSat Optical Interferometry for High-Resolution Observation of Extrasolar Objects via Onboard AI. Presentation at NASA Frontier Development Lab’s Big Think, NASA Ames Research Center, Mountain View, CA.
- Sutherland, G. (2019, November). Spacecraft for Autonomous Space Debris Remediation Utilizing Multi-Modal AI and Experimental Propulsion. Presentation at Oregon NASA Space Grant Student Symposium, Corvallis, OR.
- Sutherland, G. (2018, May). Use of Spacecraft for De-Orbiting Small Space Debris via Composite Barrier. Poster at Celebrating Undergraduate Excellence Oregon State University, Corvallis, OR.
- Sutherland, G. (2016, April). Use of Dispersal System and Optical Sensors in Remote Control Multi-Rotor to Monitor Crop Health and Deliver Precision Agricultural Treatments. Poster at Junior Humanities and Sciences Symposium. Dayton, OH.
- Sutherland, G., Zhao, N. (2016, April). Use of Poly ADP Ribose Polymerase Inhibitors in Breast Cancer and Neuroblastoma in vitro for DNA Repair / Cellular Growth Prevention. Poster at ISWEEEP. Houston, TX.
- Sutherland, G. (2015, June). DroneON: Simple Precision Agriculture. Presentation at TYE Globals. Atlanta, GA.
- Sutherland, G. (2015, April). Use of Dispersal System and Optical Sensors in Remote Control Multi-Rotor to Monitor Crop Health and Deliver Precision Agricultural Treatments. Poster at ISWEEEP. Houston, TX.