computationalphotography

How Google’s Handheld Multi-Frame Super-Resolution Tech Works

Since there are physical limits to how large sensors can be in smartphones, companies like Google have been pushing heavily into computational photography, the use of digital rather than optical processes to improve the capabilities of a camera. Here's a 3-minute video that explains how Google's super-resolution technology works.

Photography: AI Everywhere

There are two major trends in photography today. The first is the ever-increasing numbers of photos being made. I can't even be bothered to look up how many billions of photos are being uploaded to Instickrbook every minute or every day or every year. It's a lot. This is usually talked about in terms of how many photos there are, and how we are drowning in them.

Why Dedicated Cameras Will Always Be (Optically) Better than Smartphones

It’s September, which means another generation of Apple iPhones. This year, the iPhone XS (pronounced “ten ess”) adds a slightly larger sensor plus significantly more computing power via the A12 Bionic Chip to enhance the phone’s image signal processing.

‘Great Photos! You Must Have a Great Camera!’

"Great photos! You must have a great camera!" If you take your craft seriously, the odds of having heard these words are quite high. Audiences associate good images with great cameras, and for the longest time this (almost) accusation has bothered photographers who felt their skills were downplayed. But the interesting bit is that we’re walking towards making the “great cameras = great photos” equation true! And they fit in your pocket.

The iPhone X and Digital Lighting Will Change Photography Yet Again

There's a feature tucked away in the new iPhones that doesn't seem to be getting a lot of traction, but it represents a massive sea change in photography. It's the "Portrait Lighting" mode, and it's the second shot across the bows of traditional photography from the world of computational photography.