Abstract: The gaze-based prediction device for the prediction of the task that is intended to be performed by the user, includes at least one computer peripheral device for at least the movement of a cursor displayed on a visual display from an initial position to a final position, wherein the computer peripheral device is adapted to collect physical movement information from the user.

Abstract: The present disclosure relates to a gaze based error recognition detection system that is intended to predict intention of the user to correct user drawn sketch misrecognitions through a multimodal computer based intelligent user interface. The present disclosure more particularly relates to a gaze based error recognition system comprising at least one computer, an eye tracker to capture natural eye gaze behavior during sketch based interaction, an interaction surface and a sketch based interface providing interpretation of user drawn sketches.

Abstract: The present disclosure relates to a gaze based error recognition detection system that is intended to predict intention of the user to correct user drawn sketch misrecognitions through a multimodal computer based intelligent user interface. The present disclosure more particularly relates to a gaze based error recognition system comprising at least one computer, an eye tracker to capture natural eye gaze behavior during sketch based interaction, an interaction surface and a sketch based interface providing interpretation of user drawn sketches.

Abstract: The gaze-based prediction device (1) for the prediction of the task that is intended to be performed by the user, comprising at least one computer peripheral device (2) for at least the movement of a cursor (C) displayed on a visual display (3) from an initial position (Xi) to a final position (Xf), wherein the computer peripheral device (2) is adapted to collect physical movement information (Pi) from the user

Abstract: Present invention provides a stylus (S), a stylus (S), which is adapted to be used with electronic devices and capable of providing haptic feedback, and an operation method for said stylus (S). Said stylus (S) comprises, at least one body (B); at least one tip (T); at least two vibration actuators (A1, A2); at least one driver (D1), which drives said actuators (A1, A2); at least one controller (C), which controls the operation of said actuators (A1, A2), and at least one means for communication, which enables communication between stylus (S) and said electronic device.