An modified version of this article was originally published February 20, 2018. There's no getting around physics - smartphone cameras, and therefore sensors, are tiny. And since we all (now) know that, generally speaking, it's the amount of light you capture that determines image quality, smartphones have a serious disadvantage to deal with: they don't capture enough light. But that's where computational photography comes in. By combining machine learning, computer vision, and computer graphics...
An modified version of this article was originally published February 20, 2018. There's no getting around physics - smartphone cameras, and therefore sensors, are tiny. And since we all (now) know that, generally speaking, it's the amount of light you capture that determines image quality, smartphones have a serious disadvantage to deal with: they don't capture enough light. But that's where computational photography comes in. By combining machine learning, computer vision, and computer graphics...
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