Technical programme
GLEX-2025 — Global Space Exploration Conference
14. AI Impact & Autonomy on Space Exploration
This Track will investigate the role and the impact of Artificial Intelligence in the field of space exploration: AI support for human crews; Ground operations; Data management and analysis; Galaxy Mapping; Simulations; Autonomous robotic exploration of celestial bodies.
14.1. AI Impact & Autonomy on Space Exploration - Session 1
This Track will investigate the role and the impact of Artificial Intelligence in the field of space exploration: AI support for human crews; Ground operations; Data management and analysis; Galaxy Mapping; Simulations; Autonomous robotic exploration of celestial bodies.
14.2. AI Impact & Autonomy on Space Exploration - Session 2
This Track will investigate the role and the impact of Artificial Intelligence in the field of space exploration: AI support for human crews; Ground operations; Data management and analysis; Galaxy Mapping; Simulations; Autonomous robotic exploration of celestial bodies.
14.3. AI Impact & Autonomy on Space Exploration - Session 3
This Track will investigate the role and the impact of Artificial Intelligence in the field of space exploration: AI support for human crews; Ground operations; Data management and analysis; Galaxy Mapping; Simulations; Autonomous robotic exploration of celestial bodies.
14.4. AI Impact & Autonomy on Space Exploration - Session 4
This Track will investigate the role and the impact of Artificial Intelligence in the field of space exploration: AI support for human crews; Ground operations; Data management and analysis; Galaxy Mapping; Simulations; Autonomous robotic exploration of celestial bodies.
14.IP. AI Impact & Autonomy on Space Exploration - IP Session
INTERACTIVE PRESENTATIONS - This Track will investigate the role and the impact of Artificial Intelligence in the field of space exploration: AI support for human crews; Ground operations; Data management and analysis; Galaxy Mapping; Simulations; Autonomous robotic exploration of celestial bodies.