Information and Computing Sciences
SRI’s Information and Computing Sciences division is taking on some of the world’s most important challenges, creating leading-edge technology solutions that have revolutionary impact.
Our researchers are redefining the way human beings interact with machines and with one another through machines, as we define what’s next in artificial intelligence, machine learning, and computing for the real world.
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Real-Time High-Precision Navigation and Mapping
Provide greater than 10 centimeter level localization accuracy, using small low-cost sensors and processors, on dismount, ground, and aerial platforms.
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Semantically-Aware Navigation
A visual navigation system that is robust to changes in scene appearance and content over time, without a need for continuous updating its map database.
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Xiao Lin talks about artificial intelligence and brain-to-brain data transfer
Xiao Lin joins host Reenita Hora to discuss improving artificial intelligence. Learn more at: https://www.sri.com/computer-vision Xiao Lin is a Computer Scientist in the Vision and Learning org at SRI International in Princeton, NJ. In this episode of The Dish TV they discuss steps SRI is taking towards achieving human-level reasoning with machine learning, linear and…
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Julia Kruk talks about the evolution of human communication through social media
Julia Kruk discusses multimodal analysis techniques. Learn more at: https://www.sri.com/computer-vision Julia Kruk is a Computer Scientist in the Vision and Learning org at SRI International in Princeton, NJ. In this episode of The Dish TV they discuss how SRI is improving social media analysis using multimodal techniques in order to better identify satire and humor…
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Karan Sikka talks about embedding knowledge in machine learning models
Karan Sikka discusses machine learning. Learn more at: https://www.sri.com/computer-vision Karan Sikka is an Advanced Computer Scientist in the Vision and Learning org at SRI International in Princeton, NJ. In this episode of The Dish TV they discuss using novel machine learning techniques to understand social media, improve navigation for robots, and embed human knowledge into…
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Jesse Hostetler talks about lifelong learning in machines and getting robots to dream
Jesse Hostetler joins host Reenita Hora to discuss lifelong learning as it relates to machine learning. Learn more at: https://www.sri.com/computer-vision Jesse Hostetler is an Advanced Computer Scientist in the Vision and Learning org at SRI International in Princeton, NJ. In this episode of The Dish TV they explore the different aspects of artificial intelligence, and…
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Ajay Divakaran talks about big data, social media influence, and robotic navigation.
Ajay Divakaran discusses big data, multimodality, social media influence, and how it all relates to robot navigation.
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SRI International Debuts “Emotional AI” Vision Technology to Advance the Driving Experience
SRI International announced its advanced Emotional Artificial Intelligence automotive technology that will enable the next-generation of vehicles to detect the driver’s emotions and respond accordingly.
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SRI International Partners with Kawada Technologies and Kawada Industries to Introduce Weld-Visualization Technology and Next-Generation, 3D-Welding Helmet
SRI International (SRI) announced their collaboration with Kawada Technologies, Inc. and Kawada Industries to develop Xtreme Dynamic Range (XDR) weld visualization technology…
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Spotting Audio-Visual Inconsistencies
As powerful video editing software tools become more commonplace, it has become easier for anyone to tamper with content.
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SRI International Demonstrates Interferometric SAR with Radar Designed for CubeSat Form Factor
Researchers from SRI International have successfully demonstrated new Interferometric Synthetic Aperture Radar (InSAR) capabilities with a radar developed for CubeSat-based earth science applications.
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SRI International awarded contract to support U.S. Army Integrated Visual Augmentation System
SRI International has received an award to deliver digital night vision camera prototypes to support the U.S. Army’s IVAS (Integrated Visual Augmentation System) program.