This is a list of computer vision groups from various universities across the world. Groups are categorized based on their geographic location and are listed in alphabetical order.
The prevailing discourse about artificial intelligence can be summed by using the following one word - fear. One really has to look no further than the plethora of comments posted online or listen to the AI experts speaking on TEDx to understand that many feel genuine apprehension regarding what our society will look like with computers taking charge. Without a doubt, we are standing on the precipice of a technology that has the potential to radically shape society as we know it. It is understandable to feel trepidation about the new possibilities that will shortly be coming our way. But let us anchor our fears on realistic probabilities rather than imaginary doomsday scenarios played out as intellectual exercise. In other words, let us put into perspective the capabilities and limitations of artificial intelligence.
Among different Linux distributions, Fedora, Redhat, and CentOS are closely related and you can call them a family. In a nutshell, Redhat is a commercial release of Fedora, run by Redhat company and is not free. CentOS is a free version of commerical release of Redhat run by the community. I'm going to show you how to install OpenCV 3 with Python 2.7 support in CentOS 7 but you should be able to apply similar steps in order to install OpenCV on Fedora and Redhat.
The perception of what artificial intelligence was capable of began to change when chess grand master and world champion Garry Kasparov lost to Deep Blue, IBM’s chess-playing program, in 1997. Deep Blue, it was felt, had breached the domain of a cerebral activity considered the exclusive realm of human intellect. This was not because of something technologically new: in the end, chess was felled by the brute force of faster computers and clever heuristics. But if chess is considered the game of kings, then the east Asian board game Go is the game of emperors.
There is a new paper that proposes a vision-based method for monitoring bird migration during night. By setting up stereo cameras facing up to the night sky, they detect and track migrating birds illuminated from below by light pollution in the recorded videos. They use near-infrared cameras and are able to detect multiple flying birds and estimate their orientations, speeds, and altitudes, which was not apparently possible in previous methods.
Paul Gauguin’s art has always held special meaning for me. When I was six years old I spent a year on the small island of American Samoa. Faint memories of eating fresh guava plucked from trees, sliding down waterfalls and joining in Fia Fia – feasts where we would eat taro-root and chicken cooked in a pit – are triggered whenever I see Gauguin’s Tahitian imagery. So when I had a chance to lead a project on the technical analysis of the Gauguin’s prints, drawings and watercolors, I jumped at the opportunity.
With all the buzz around Pokemon Go these days, wait for Pokemons who can react to your reality using "dynamic augmented reality". Here is an outstanding research done by Abe Davis as a continuation of a research theme at MIT on magnifying vibrations in images. Of course this research will have a much bigger impact than just creating dynamic Pokemons. It will definitely push the use of computer vision in areas where small vibrations were neglected.
Due to a lack of modern transportation infrastructure and logistics, delivery of urgently needed supplies, such as medicine and tools, to off-grid communities and persistent humanitarian crises will often be slow, expensive, and poorly tracked. Imagine a small scale airport that allows landing of drones in such areas. This could tremendously expedite transportation of necessities. The droneport project is trying to provide such solution to address these issues. It is an initiative by Jonathan Ledgard, founder of the Pioneering Redline Cargo Drone Network, in collaboration with the Norman Foster Foundation.
Today’s agriculture has transformed into a high-tech enterprise that most 20th-century farmers might barely recognize.
Should you always do what other people tell you to do? Clearly not. Everyone knows that. So should future robots always obey our commands? At first glance, you might think they should, simply because they are machines and that’s what they are designed to do. But then think of all the times you would not mindlessly carry out others' instructions – and put robots into those situations.