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with a pick-and-place robot guided by computer vision. The task of the robot is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the
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-place robot guided by computer vision. The task is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the kind of technological innovation
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with a pick-and-place robot guided by computer vision. The task of the robot is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the
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The Princeton Computational Imaging Lab in the Department of Computer Science explores the frontiers of imaging and computer vision. To develop next-generation imaging and vision systems, the lab
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¨ lab, as part of the Princeton Human-Computer Interaction (HCI) group, we build and study novel interactions and intelligent interfaces that are situated in the physical world, extend our abilities, and
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with a pick-and-place robot guided by computer vision. The task of the robot is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the
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-place robot guided by computer vision. The task is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the kind of technological innovation
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The Computer Vision Lab is seeking an AI Fairness Researcher. This position is temporary. Conduct research on topics of AI and society, which can include leading research directions, running
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sensing technologies, computer vision, and perception Experience with human-robot collaboration Be advised that you will be contacted only if there is further interest in your application. Your candidate
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Graduate Student Summer Intern - Technical HCI At Ψ lab, as part of the Princeton Human-Computer Interaction (HCI) group, we build and study novel interactions and intelligent interfaces