Abstract: An embodiment describes a system. The system comprises a primary gaming unit that provides a primary game to a user, and a secondary gaming unit that provides a secondary game. In an embodiment, the primary gaming unit comprises a controller and a picker to pick an object. The controller is operable to receive a command to move the picker; move the picker in a preferred direction according to the command; and move the picker in a downward direction to pick the object. In an embodiment, a collection of sensors provides a signal to determine first output of the primary game, and starts a secondary game via secondary gaming unit based on the first output of the primary game. The primary gaming unit is integrated with the secondary gaming unit. The first output of the primary game is in tandem to a second output of the secondary game.

Abstract: A system for interactive reality activity augmentation includes a sensing unit, digital projectors and a server. The sensing unit illuminates activity surfaces and captures one of series of real-time images and co-ordinates information of the activity surfaces. The server includes a memory and a processor. The processor receives and processes one of the series of received real-time images and the co-ordinates information to detect presence and tracks trajectories and calculate individual co-ordinates of physical activity objects, virtual objects and users along the activity surfaces to detect interaction information, and feeds the calculated co-ordinates and the interaction information to a scheduler through an application program interface to manipulate one or more contents running inside the scheduler in response to the co-ordinates information and the interaction information.

Abstract: A system for interactive reality activity augmentation includes a sensing unit, digital projectors and a server. The sensing unit illuminates activity surfaces and captures one of series of real-time images and co-ordinates information of the activity surfaces. The server includes a memory and a processor. The processor receives and processes one of the series of received real-time images and the co-ordinates information to detect presence and tracks trajectories and calculate individual co-ordinates of physical activity objects, virtual objects and users along the activity surfaces to detect interaction information, and feeds the calculated co-ordinates and the interaction information to a scheduler through an application program interface to manipulate one or more contents running inside the scheduler in response to the co-ordinates information and the interaction information.