Lunar Turing-GAN Super-Resolution Model
Objective: Create a high-resolution map of the Moon using a pipeline of Image Super-Resolution models
- Proposed a novel GAN-based architecture with separate adversaries for ensuring accurate reconstruction of craters and hills
- Developed a Lunar Atlas by correcting coordinates & stitching together individual image patches from Chadrayaan-2 TMC payload
- Created a pipeline capable of tiling and super-resolving an image using Lunar T-GAN, HAT, RealESRGAN and sharpening algorithms
- Achieved a competitive SSIM of 0.794 while increasing spatial resolution from 5m/pixel to 30 cm/pixel, a 16x magnification
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