Abstract: An interactive game system for implementing an interactive game in a room. The interactive game system includes a motion sensing module, a control unit, a projection module, and a lighting module. The motion sensing module senses movement of a real-world element and surface interaction data representative of a contact between the real-world element and an interactive surface is generated therefrom. The control unit generates graphic instructions and lighting instructions based on the surface interaction data, in accordance with an implementation of a gameplay of the interactive game. The projection module receives the graphic instructions from the control unit and projects graphics on the interactive surface in accordance therewith. The lighting module receives the lighting instructions from the control unit and performs illumination of a section of the room distinct from the interactive surface in accordance therewith.

Abstract: An interactive game system for implementing an interactive game in a room. The interactive game system comprises: a motion sensing module, a control unit, a projection module and a lighting module. The motion sensing module senses movement of a real-world element and surface interaction data representative of a contact between the real-world element and an interactive surface is generated therefrom. The control unit generates graphic instructions and lighting instructions based on the surface interaction data, in accordance with an implementation of a gameplay of the interactive game. The projection module receives the graphic instructions from the control unit and projects graphics on the interactive surface in accordance therewith. The lighting module receives the lighting instructions from the control unit and performs illumination of a section of the room distinct from the interactive surface in accordance therewith.

Abstract: Systems and associated methods are provided for monitoring a user while operating a computing device and providing active feedback to said user regarding health and safety best practices associated with operating said computing device. The methods comprise obtaining user biometric data; converting said biometric data into actionable instances of health and safety user device operation use cases; and interacting with the user based on said actionable instances in order to improve or remedy any deviations from recommended health and safety user device operation practices.

Abstract: A system and an apparatus are provided, for gaze tracking within a defined operating range. The apparatus includes at least one optical system, which capable of capturing radiation in a wavelength range produced by a composite illumination source. The apparatus also includes at least one set of illumination sources creating the composite illumination source, wherein: at least one of the illumination sources is positioned relative to the optical system such that it ensures a user bright pupil response at the beginning of the apparatus operating range; and the composite illumination source size is such that it creates a Purkinje image on a user's eye capable of being distinguished by the optical system at the end of the apparatus operating range. The apparatus also includes an illumination controller for activating and deactivating the at least one composite illumination source, and a signal processing controller for transmitting generated images from the at least one optical system.

Abstract: An interactive game system for implementing an interactive game in a room. The interactive game system comprises: a motion sensing module, a control unit, a projection module and a lighting module. The motion sensing module senses movement of a real-wold element and surface interaction data representative of a contact between the real-world element and an interactive surface is generated therefrom. The control unit generates graphic instructions and lighting instructions based on the surface interaction data, in accordance with an implementation of a gameplay of the interactive game. The projection module receives the graphic instructions from the control unit and projects graphics on the interactive surface in accordance therewith. The lighting module receives the lighting instructions from the control unit and performs illumination of a section of the room distinct from the interactive surface in accordance therewith.

Abstract: A system and an apparatus are provided, for gaze tracking within a defined operating range. The apparatus includes at least one optical system, which capable of capturing radiation in a wavelength range produced by a composite illumination source. The apparatus also includes at least one set of illumination sources creating the composite illumination source, wherein: at least one of the illumination sources is positioned relative to the optical system such that it ensures a user bright pupil response at the beginning of the apparatus operating range; and the composite illumination source size is such that it creates a Purkinje image on a user's eye capable of being distinguished by the optical system at the end of the apparatus operating range. The apparatus also includes an illumination controller for activating and deactivating the at least one composite illumination source, and a signal processing controller for transmitting generated images from the at least one optical system.

Abstract: A system and method are provided for enhancing inputs or interactions. The method comprises correlating gaze information for a subject to information corresponding to an environment; and providing an enhancement to an input or interaction between the subject and the environment. A system and method are also provided for enabling enhanced inputs or interactions with objects in an environment. The method comprises correlating gaze information for a subject to a registration input corresponding to an object in the environment; and registering a position of the object in the environment using the gaze information.