Abstract: A mixed-reality gaming system operates by: receiving first telemetry data corresponding to a first gaming object in a first game space, wherein the first gaming object is a first physical object that operates in the first game space under control of a first client device of a first player and wherein the first game space is a physical space in proximity to the first client device; generating first gaming data corresponding to a mixed-reality game, the first gaming data based on a positioning of the first gaming object in the mixed-reality game; and sending the first gaming data to a second client device of a second player controlling a second gaming object in the mixed-reality game to facilitate real-time remote game play of the mixed-reality game between the first gaming object and the second gaming object.

Abstract: A video game system includes an input device, where the input device has at least one physiological sensing device for determining at least one physiological state of a user. The input device further has at least one motion sensing device for determining the motion and/or position of the input device and/or the user. The video game system further comprises a processor for using the physiological state and the motion and/or position of the input device and/or user to control game play.

Abstract: A video game system includes an input device, where the input device has at least one physiological sensing device for determining at least one physiological state of a user. The input device further has at least one motion sensing device for determining the motion and/or position of the input device and/or the user. The video game system further comprises a processor for using the physiological state and the motion and/or position of the input device and/or user to control game play.