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6.8.23-BrainTech-Sarmir
Conference Video
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Duration: 20:01
June 8, 2023
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6.8.23-BrainTech-Sarmir
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Many real-world situations require processing multiple pieces of visual information simultaneously. Drivers, pilots, mechanics, soldiers, and athletes must allocate attentional resources to crowded scenes or cluttered displays and extract relevant information from them. Discoveries by Earl K. Miller’s lab at MIT has shown that individuals have different visual perception capacities, or "bandwidths," in different parts of their visual field. The patented SplitSage process measures and maps each person's areas of high perceptual capacity, or "sweet spots," as well as areas of lower capacity, or "weak spots." By leveraging each person's unique cognitive profile, this approach can help them see more and miss less. In addition, SplitSage's approach can reflect an individual's cognitive state, providing a "breathalyzer for the mind" that assesses their current level of cognitive function. This can be particularly useful in situations where high cognitive function is essential, such as during critical decision-making or in safety-critical roles.
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Video details
Many real-world situations require processing multiple pieces of visual information simultaneously. Drivers, pilots, mechanics, soldiers, and athletes must allocate attentional resources to crowded scenes or cluttered displays and extract relevant information from them. Discoveries by Earl K. Miller’s lab at MIT has shown that individuals have different visual perception capacities, or "bandwidths," in different parts of their visual field. The patented SplitSage process measures and maps each person's areas of high perceptual capacity, or "sweet spots," as well as areas of lower capacity, or "weak spots." By leveraging each person's unique cognitive profile, this approach can help them see more and miss less. In addition, SplitSage's approach can reflect an individual's cognitive state, providing a "breathalyzer for the mind" that assesses their current level of cognitive function. This can be particularly useful in situations where high cognitive function is essential, such as during critical decision-making or in safety-critical roles.
Locked Interactive transcript
More Videos From This Event
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June 2023
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Conference Video
6.8.23-BrainTech- Feng
Guoping Feng
Associate Director, McGovern Institute for Brain Research at MIT
Director of Model Systems and Neurobiology, Broad Institute of MIT and Harvard
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June 2023
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Conference Video
6.8.23-BrainTech-Miller
Earl K. Miller
Professor, MIT Department of Brain and Cognitive Sciences
Picower Professor of Neuroscience, The Picower Institute for Learning and Memory