Researchers Develop Ocean Color Correction Technology

Researchers at the Massachusetts Institute of Technology and the Woods Hole Oceanographic Institution have developed a new technology called SeaSplat. This technology can correct optical distortions in underwater photographs and restore the true colors of objects.

Seawater bends, scatters, and dims light, making it difficult to see the true colors of objects from a distance. SeaSplat addresses this problem by combining color correction and 3D modeling based on Gaussian Splatting techniques.

With this technology, scientists can reconstruct underwater environments in three-dimensional virtual forms, as if they were waterless. This visualization allows for more accurate monitoring of changes in marine ecosystems, including early detection of coral bleaching.

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As reported by SciTechDaily, the use of SeaSplat opens up significant opportunities in marine exploration and conservation. This technology allows researchers to virtually "explore" coral reefs, with colors and shapes close to their natural state.

This finding is considered a significant breakthrough in modern marine research, which relies heavily on accurate visualization. The SeaSplat application also promises significant benefits for conservation efforts and protecting the health of marine ecosystems.

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The research results will be presented at the IEEE International Conference on Robotics and Automation. This forum serves as a global platform for innovation in robotics and automation technology, including its applications in the marine sector.