Ramesh has been "selected as this year's recipient in recognition of his numerous, impactful research contributions in computational imaging and light transport, Ramesh has advanced the field in a wide variety of areas, including transient imaging, light-field displays, and augmented reality." He has also applied these technologies for social impact.
Congratulations to Ramesh and his collaborators!
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Computer vision uncovers predictors of physical urban change, with results for New York, Boston, Detroit, Washington, D.C., and Baltimore.
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"The system uses... a depth-sensing camera designed for video gaming. Kinect's built-in software produces a "point cloud," a 3-D map of points in a visual scene from which short bursts of infrared light have been reflected back to a sensor." Read the story on MIT News
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Emerging Worlds June in India: Delhi, Mumbai, Nashik
With hand-selected representatives from government, non profits, academia and industry, the team focused on new opportunities in financial inclusion, data for good governance, and smart cities and AI. The team included scientists from
Camera Culture,
Scalable Cooperation, and
Changing Places. The team looks forward to inspiring collaborative research to impact billions of lives.
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Flashback
The former Camera Culture postdoc, now faculty at the University of Wisconsin, wins for ultrafast imaging techniques and femto photography.
Ramesh Raskar presents a simple framework to develop innovative ideas.
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