Computer vision
CVT does both early-stage research and developmental work to build prototype solutions that impact government and commercial markets, including defense, healthcare, automotive and more. Numerous companies have been spun-off from CVT technology successes.
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Featured innovator: Rakesh “Teddy” Kumar
This scientific trailblazer is on a quest to shape the digital age at SRI.
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SRI’s MIBA real-time behavior analytics system
The system is applicable to a wide variety off Human Computer Interaction applications including most recently, social interaction training through fluid life like interaction with Non-Player Characters in a virtual environment.
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75 Years of Innovation: augmented reality binoculars
The first mobile, precision, non-jitter, augmented reality binoculars
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75 Years of Innovation: GPS-denied navigation
Several developments in robotic and vehicle navigation in GPS-denied scenarios
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Seeing in the dark: How SRI developed a robotic navigation system that works without GPS
Many autonomous robots — whether cleaning the kitchen floor or exploring the surface of Mars — use a combination of sensors…
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SRI Ventures’ Latent AI named to the 2021 CB Insights AI 100 List of Most Innovative Artificial Intelligence Startups
Latent AI honored for their simplified and accessible Adaptive AI development platform
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Award-winning Driver Monitoring System helps improve safety
SRI researchers teach AI system to recognize human emotional states and react accordingly
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SRI International’s Driver Monitoring System selected as winner of AutoTech Breakthroughs’s Auto Sensor Innovation of the Year award
SRI International is proud to announce that the Center for Vision Technologies Lab has been awarded the Auto Sensor Innovation of the Year award for our Driver Monitoring System from AutoTech Breakthrough.
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Featured innovator: Ajay Divakaran
As Sr. Technical Dir at SRI’s Computer Vision Lab, Divakaran searches for cutting-edge solutions ranging from applied machine learning to social multimedia analytics and more
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75 Years of Innovation: Centibots
The hive mind of robots
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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.