Advances in technology have made it ever easier to collect and store data.  While the amount of data has increased tremendously, data collection is often opportunistic: There is only limited control over what, when, and how much data is collected, leading to inconsistency and fragmentary and uneven coverage.  In addition, the connections one might...

Advances in technology have made it ever easier to collect and store data.  While the amount of data has increased tremendously, data collection is often opportunistic: There is only limited control over what, when, and how much data is collected, leading to inconsistency and fragmentary and uneven coverage.  In addition, the connections one might seek from the data are almost always non-deterministic and uncertain. Traditional statistical and logical analyses are inadequate in many of these situations. IHMC researchers James Allen, Greg Dubbin, Clark Glymour and Choh Man Teng work on a...

Humans operating in high consequence environments require peak performance. Warfighters also operate in environments where extreme heat, cold, depth and altitude negatively impact physical, psychological, cognitive, and team performance. Keys to success include an effective stress response as well as quick and effective decision making in the face of extreme environmental conditions. IHMC Research Scientists...

Humans operating in high consequence environments require peak performance. Warfighters also operate in environments where extreme heat, cold, depth and altitude negatively impact physical, psychological, cognitive, and team performance. Keys to success include an effective stress response as well as quick and effective decision making in the face of extreme environmental conditions. IHMC Research Scientists are developing and validating human-centered technologies that measure stress and mitigate extremes that negatively impact individual and team performance and resilience. With combined expertise in undersea, altitude, aviation, space, cognitive, and elite physical performance, our researchers are able to provide...

IHMC researchers Anil Raj and Sergey Drakunov work to improve the interactivity and situation awareness between individuals and the technological systems with which they interact. The methods use integrated multisensory, multimodal and neural interfaces to both help people understand the behavior and state of a device or system and enable automation in...

IHMC researchers Anil Raj and Sergey Drakunov work to improve the interactivity and situation awareness between individuals and the technological systems with which they interact. The methods use integrated multisensory, multimodal and neural interfaces to both help people understand the behavior and state of a device or system and enable automation in technological systems to dynamically optimize automated assistance. The resulting augmentic solution can improve human-machine team performance on both simple and complex tasks. We have developed augmentic displays to support aerospace and motorsports applications, dismounted soldiers, diving, teleoperated robots,...