Abstract: The present invention provides for a panel for receiving neurocognitive data having a collapsible and portable user interface touch screen display bounded by a frame, the touch screen display having a width that extends into a user's peripheral vision by having the touch screen display extending from 60 to 120 degrees from a center of the user's gaze. The invention provides the touch screen display mounted on a support stand at the user's eye level and a computer electronically connected to the touch screen display via a control unit, the touch screen display comprising a tactile area having touch sensing capacity. The touch screen display for receiving at least one stimulus via the electronic connection to the control unit.

Abstract: The present invention provides for a panel for receiving neurocognitive data having a collapsible and portable user interface touch screen display bounded by a frame, the touch screen display having a width that extends into a user's peripheral vision by having the touch screen display extending from 60 to 120 degrees from a center of the user's gaze. The invention provides the touch screen display mounted on a support stand at the user's eye level and a computer electronically connected to the touch screen display via a control unit, the touch screen display comprising a tactile area having touch sensing capacity. The touch screen display for receiving at least one stimulus via the electronic connection to the control unit.

Abstract: In an aspect, a neurological data collecting apparatus is described. A plurality of electronically interconnected interface panels configured to selectively display stimuli and accept input is provided. An interface panel frame supports the plurality of interface panels and aggregates the plurality of interface panels into a user interface screen 6 that extends into the user's peripheral vision when the user is standing within a predetermined distance from the user interface screen. A supporting stand is connected to the user interface screen. The supporting stand includes a height adjustment mechanism for adjusting the height of the user interface screen to eye level of the user. A control unit electronically connects the user interface screen to a computer.