Deep imitation learning and clustering in astrodynamics

Physics & Astronomy

• astrodynamics 100%
• learning 60%
• orbits 40%
• embedding 28%
• sun 24%
• Jupiter (planet) 15%
• preserving 14%
• trajectories 11%

Engineering & Materials Science

• Space flight 64%
• Deep learning 49%
• Orbits 49%
• Sun 28%
• Unsupervised learning 15%
• Dimensionality reduction 15%
• Supervised learning 14%
• Convolutional neural networks 12%
• Earth (planet) 11%
• Trajectories 9%
• Neural networks 8%

Earth & Environmental Sciences

• imitation 75%
• learning 45%
• family 40%
• supervised learning 25%
• Jupiter 21%
• trajectory 14%
• distribution 13%
• parameter 12%
• decision 11%
• project 9%
• method 8%