Abstract: A method for reading sensory augmentation comprising displaying a text on a reading device, determining a reader's current location in the text with a gaze tracking system, identifying a subsequent location in the text, processing the text at the subsequent location with an emotion processing unit to predict an emotional response to the text at the subsequent location, generating a sensory augmentation routine based on the predicted emotional response, and initiating playback of the sensory augmentation routine at the subsequent location in the text. The sensory augmentation routine can include a musical composition, a sound, and/or an ambient lighting effect. The gaze tracking system can be configured to receive data from the reading device related to the text currently displayed thereon and to receive data from an image capture device related to eye movement tracking of the reader.

Abstract: A method, system and program product comprise monitoring inputs, into a system, for detected actions from a user. At least one detected action is identified. At least a first database storage location associated with the user is accessed. The first database storage location is at least configured for storage of emotional profiles of the user. At least a second storage location associated with the system is accessed. The second storage location is at least configured for storage of emotional profiles of the system. The at least one detected action is processed in a computational machine using data from the first storage location to determine a status of the user. A response to the status of the user is calculated. The response is at least in part determined by the status of the user and data contained in the second storage location.

Abstract: A method, system and program product comprise monitoring inputs, into a system, for detected actions from a user. At least one detected action is identified. At least a first database storage location associated with the user is accessed. The first database storage location is at least configured for storage of emotional profiles of the user. At least a second storage location associated with the system is accessed. The second storage location is at least configured for storage of emotional profiles of the system. The at least one detected action is processed in a computational machine using data from the first storage location to determine a status of the user. A response to the status of the user is calculated. The response is at least in part determined by the status of the user and data contained in the second storage location.

Abstract: A method, system and program product comprise monitoring inputs, into a system, for detected actions from a user. At least one detected action is identified. At least a first database storage location associated with the user is accessed. The first database storage location is at least configured for storage of emotional profiles of the user. At least a second storage location associated with the system is accessed. The second storage location is at least configured for storage of emotional profiles of the system. The at least one detected action is processed in a computational machine using data from the first storage location to determine a status of the user. A response to the status of the user is calculated. The response is at least in part determined by the status of the user and data contained in the second storage location.

Abstract: A method and apparatus are described that provide a hardware independent virtual camera that may be seamlessly integrated with existing video camera and computer system equipment. The virtual camera supports the ability to track a defined set of three-dimensional coordinates within a video stream and to dynamically insert rendered 3-D objects within the video stream on a real-time basis. The described methods and apparatus may be used to manipulate any sort of incoming video signal regardless of the source of the video. Exemplary application may include real-time manipulation of a video stream associated, for example, with a real-time video conference generated by a video camera, or a video stream generated by a video player (e.g., a video tape player, DVD, or other device) reading a stored video recording.

Abstract: The invention relates to a system which reproduces images in tree dimensions, comprising: a mobile screen (10) which receives and reproduces the images an optical device (20, 22) for producing an image (18) from the screen in space, and synchronising means (32) that synchronise the nature of the produced images and the position of the screen with the spatial position of the viewer (12) relative to the system such that, on the one hand, the image always remains in the field of vision of the viewer and, on the other hand, that the angle of view of the image obtained on the screen corresponds to the position of the viewer, in particular, that of the viewer's face.