3D Computer Vision for Software Developers
I teach developers how to make their apps see in 3D.
This photograph was taken about a year ago and shows 15-year-old Blake Robbins asleep in his bedroom. The picture in itself is not that interesting. What is remarkable is that it was taken with the built-in iSight camera of his Apple MacBook laptop, remotely operated by technicians at Harriton High School in Rosemont, Pennsylvania in the United States.
The three guys in the painting above are all depictions of King Charles I, painted from different viewpoints by Anthonis van Dyck in 1636. In the middle we see a frontal view (“en face”), on the left a side view (“en profile”), and the most intriguing is the one on the right: the three-quarter view (“en trois quarts”). So here is the question that has bugged me for some time. Why is it called three-quarter, or 3/4? Three quarters of what?
I am not a mathematician. During my training as a physicist I developed some competence in fields like geometry, algebra, and calculus, but I do not have the ability to create mathematics. I even find it really hard to read the mathematical literature. So I am probably missing out on exciting methods that may be useful for my present research in computer vision.
One of my friends is a true soccer fan and he has probably watched every single game of the 2010 FIFA World Cup. I only watch the occasional game, like yesterday when the Dutch team played Cameroon (2-1). And I have to admit I sometimes get distracted from the game itself and start studying the way it is filmed. Its truly amazing that we can now watch it from so many viewing angles, with slow-motion replays of crucial events.
