Deep Reinforcement Learning for Adaptive Trajectory Optimization in Geodesic-Based Lunar Terrain Navigation
🧭Navigation Algorithms
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Orbiting satellite uses AI to reorient itself in 'major step towards full autonomy in space'
🧭Inertial Navigation
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Targeted and cost-efficient solar cleaning: A novel RTVA approach to robotic path planning
sciencedirect.com·2d
🧭Navigation Algorithms
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How mega-constellations are learning to manage themselves
phys.org·1d
⏲️Time Synchronization
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Guiding Artemis: Brian Alpert Turns Lessons Learned Into Lunar Progress
nasa.gov·4d
🧭Navigation Algorithms
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3D Spatial Understanding with Gemini: How AI Learns to See, Point, and Reason Like Humans
analyticsvidhya.com·4d
🤖AI
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Drone Swarm Energy Management
arxiv.org·6d
🐜Swarm Intelligence
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Our Solar System Is Moving 3x Faster Than Scientists Expected
scitechdaily.com·6d
⏰Atomic Clocks
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Why space exploration needs science leadership now — before it’s too late
nature.com·5d
🗂️HDF5
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NASA’s TESS Spacecraft Triples Size of Pleiades Star Cluster
science.nasa.gov·2d
🗂️HDF5
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New 'Transformer' humanoid robot can launch a shapeshifting drone off its back — watch it in action
🧭Navigation Algorithms
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Robot Dexterity: Mastering the Art of Spatial Awareness by Arvind Sundararajan
🧭Navigation Algorithms
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‘A drone’s world is noisy’: Analysing the quiet moments before drone failure
siliconrepublic.com·4d
🔍AI Detection
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Hackaday Links: November 16, 2025
hackaday.com·6d
🗂️HDF5
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Starlink’s method of dodging solar storms may make it slower, for longer
go.theregister.com·5d
🗂️HDF5
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