Future infrastructures will be adaptive to comply with security policies established at the time of deployment and to allow systems to autonomously learn, by example, about acceptable changes in configuration and applications. Policies and trust inferences will be based on distributed similarity estimates within hierarchical functional groups which are autonomously formed as nodes exchange...

Future infrastructures will be adaptive to comply with security policies established at the time of deployment and to allow systems to autonomously learn, by example, about acceptable changes in configuration and applications. Policies and trust inferences will be based on distributed similarity estimates within hierarchical functional groups which are autonomously formed as nodes exchange information about their configuration and state. These self-regulating and self-healing infrastructures will provide the much needed flexibility and robustness to enable system security and information assurance capabilities for future military and civilian tactical infrastructures. To realize this vision, IHMC research scientists...

A human-centered approach to visualization amplifies and extends human perceptual, cognitive, and performance capabilities, casting information into a form that exploits the unique properties of our perceptual system’s information processing capabilities. New visual displays being developed by IHMC researchers Larry Bunch, Tom Eskridge, Jeff Bradshaw, David Still, Matt Johnson, and...

A human-centered approach to visualization amplifies and extends human perceptual, cognitive, and performance capabilities, casting information into a form that exploits the unique properties of our perceptual system’s information processing capabilities. New visual displays being developed by IHMC researchers Larry Bunch, Tom Eskridge, Jeff Bradshaw, David Still, Matt Johnson, and Michael Vignati exploit current vision and neuroscience research to reinvent the presentation of information by harnessing the sophisticated processing power of the human visual system. These displays present data in a manner that allows the operator to understand the...

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,...