Crater rims are vital landmarks for planetary science and navigation. Yet detecting them in real imagery is tough, with shadows, lighting shifts, and broken edges obscuring their shape. This project invites you to develop methods that can reliably fit ellipses to crater rims, helping advance future space exploration. In the pursuit of next generation, terrain-based []
Crater rims are vital landmarks for planetary science and navigation. Yet detecting them in real imagery is tough, with shadows, lighting shifts, and broken edges obscuring their shape. This project invites you to develop methods that can reliably fit ellipses to crater rims, helping advance future space exploration. In the pursuit of next generation, terrain-based []
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