Abstract: A tactile feedback glove for use in an extravehicular activity (EVA) environment by an astronaut is described. The tactile feedback glove is formed by a glove having an outer layer, a second layer and inner bladder, wherein the inner bladder encloses a gas environment suitable for an astronaut's hand. A force sensor is attached to a fingertip of each finger of the glove on an inner surface of the outer layer to sense the pressure applied at the associated fingertip. A haptic feedback device is attached to the fingertip of each finger of the glove on an outer surface of the inner bladder. Each haptic feedback device is adjacent to each associated force sensor and positioned to provide tactile feedback for the associated finger. A visual feedback device is also attached to an outer surface of the outer layer of the glove in a visual field of the astronaut.

Abstract: The innovation disclosed and claimed herein, in one aspect thereof, comprises systems and methods of user interface competence adaptation and fraud detection. The innovation includes a user device that provides a user interface to receive user interactions. A monitoring component monitors user interactions by the user on the user device. The user interactions can be controlling, navigating, or inputting to the user interface. A determination component determines a user proficiency based on the monitored user interactions. A configurator determines and implements a device configuration for the user device based on the determined user proficiency. A security component determines a different user is accessing the user device based on a change in user proficiency exceeding a threshold change. The security component implements security measures upon determine a different user has access.

Abstract: A tactile feedback glove for use in an extravehicular activity (EVA) environment by an astronaut is described. The tactile feedback glove is formed by a glove having an outer layer, a second layer and inner bladder, wherein the inner bladder encloses a gas environment suitable for an astronaut's hand. A force sensor is attached to a fingertip of each finger of the glove on an inner surface of the outer layer to sense the pressure applied at the associated fingertip. A haptic feedback device is attached to the fingertip of each finger of the glove on an outer surface of the inner bladder. Each haptic feedback device is adjacent to each associated force sensor and positioned to provide tactile feedback for the associated finger. A visual feedback device is also attached to an outer surface of the outer layer of the glove in a visual field of the astronaut.

Abstract: The innovation disclosed and claimed herein, in one aspect thereof, comprises systems and methods of user interface competence adaptation and fraud detection. The innovation includes a user device that provides a user interface to receive user interactions. A monitoring component monitors user interactions by the user on the user device. The user interactions can be controlling, navigating, or inputting to the user interface. A determination component determines a user proficiency based on the monitored user interactions. A configurator determines and implements a device configuration for the user device based on the determined user proficiency. A security component determines a different user is accessing the user device based on a change in user proficiency exceeding a threshold change. The security component implements security measures upon determine a different user has access.

Abstract: The innovation disclosed and claimed herein, in one aspect thereof, comprises systems and methods of user interface competence adaptation and fraud detection. The innovation includes a user device that provides a user interface to receive user interactions. A monitoring component monitors user interactions by the user on the user device. The user interactions can be controlling, navigating, or inputting to the user interface. A determination component determines a user proficiency based on the monitored user interactions. A configurator determines and implements a device configuration for the user device based on the determined user proficiency. A security component determines a different user is accessing the user device based on a change in user proficiency exceeding a threshold change. The security component implements security measures upon determine a different user has access.