Abstract: A gaming article that includes a sensing layer, a non-metallic electroluminescent layer disposed over a portion of the sensing layer, a story layer that is at least substantially transparent and depicts a game board thereon, wherein the story layer is disposed over a portion of the electroluminescent layer, and a sensing device that interacts with the sensing layer when it is adjacent to the story layer and transmits light therethrough from the electroluminescent layer to a player to facilitate display of relevant information. Also included are methods of playing a game, preferably a mystery game, using the gaming article.

Abstract: An attention manager presents information to a person in the vicinity of a display device in a manner that engages at least the peripheral attention of the person. The information is embodied by one or more sets of content data (e.g., video or audio data). Each set of content data is formulated by a content provider and made available for use by content display systems. Upon appropriate activation, each content display system displays images corresponding to the sets of content data in accordance with predetermined scheduling information. The attention manager makes use of “unused capacity” of the display device and the person's attention, providing information to the person that the person might not otherwise expend adequate energy to obtain.

Abstract: A gaming article that includes a sensing layer, a non-metallic electroluminescent layer disposed over a portion of the sensing layer, a story layer that is at least substantially transparent and depicts a game board thereon, wherein the story layer is disposed over a portion of the electroluminescent layer, and a sensing device that interacts with the sensing layer when it is adjacent to the story layer and transmits light therethrough from the electroluminescent layer to a player to facilitate display of relevant information. Also included are methods of playing a game, preferably a mystery game, using the gaming article.

Abstract: A manual interface combines continuous and discrete control and display capabilities. The manual interface can be embodied by combining a haptic interface providing continuous control and display capabilities with one or more of multiple discrete selectors (such as tagged objects) providing discrete control capabilities. The manual interface can provide finer control and a richer sensory experience than is possible with conventional tagged objects. Further, unlike a conventional haptic interface device, the manual interface can provide easily selectable, multiple interactive possibilities.

Abstract: An attention manager presents information to a person in the vicinity of a display device in a manner that engages at least the peripheral attention of the person. The information is embodied by one or more sets of content data (e.g., video or audio data). Each set of content data is formulated by a content provider and made available for use by content display systems. Upon appropriate activation, each content display system displays images corresponding to the sets of content data in accordance with predetermined scheduling information. The attention manager makes use of “unused capacity” of the display device and the person's attention, providing information to the person that the person might not otherwise expend adequate energy to obtain.

Abstract: An attention manager presents information to a person in the vicinity of a display device in a manner that engages at least the peripheral attention of the person. The information is embodied by one or more sets of content data (e.g., video or audio data). Each set of content data is formulated by a content provider and made available for use by content display systems. Upon appropriate activation, each content display system displays images corresponding to the sets of content data in accordance with predetermined scheduling information. The attention manager makes use of “unused capacity” of the display device and the person's attention, providing information to the person that the person might not otherwise expend adequate energy to obtain.

Abstract: A manual interface combines continuous and discrete control and display capabilities. The manual interface can be embodied by combining a haptic interface providing continuous control and display capabilities with one or more of multiple discrete selectors (such as tagged objects) providing discrete control capabilities. The manual interface can provide finer control and a richer sensory experience than is possible with conventional tagged objects. Further, unlike a conventional haptic interface device, the manual interface can provide easily selectable, multiple interactive possibilities.

Abstract: An attention manager presents information to a person in the vicinity of a display device in a manner that engages at least the peripheral attention of the person. The information is embodied by one or more sets of content data (e.g., video or audio data). Each set of content data is formulated by a content provider and made available for use by content display systems. Upon appropriate activation, each content display system displays images corresponding to the sets of content data in accordance with predetermined scheduling information. The attention manager makes use of “unused capacity” of the display device and the person's attention, providing information to the person that the person might not otherwise expend adequate energy to obtain.

Abstract: An attention manager presents information to a person in the vicinity of a display device in a manner that engages at least the peripheral attention of the person. The information is embodied by one or more sets of content data (e.g., video or audio data). Each set of content data is formulated by a content provider and made available for use by content display systems. Upon appropriate activation, each content display system displays images corresponding to the sets of content data in accordance with predetermined scheduling information. The attention manager makes use of “unused capacity” of the display device and the person's attention, providing information to the person that the person might not otherwise expend adequate energy to obtain.

Abstract: A computer input system and method is described which includes a spatial reference member having a body with a first surface and an opposing second surface. The spatial reference member separates a first spatial region including the first surface from a second spatial region including the second surface. A physical object is movable within the first spatial region. Optical indicia tracks the physical object through the body. The optical indicia is observable from the second spatial region. An optical detector positioned in the second spatial region tracks the optical indicia and develops signals which may serve as inputs to a computer. The object may emit a signal which is tracked by the optical detector.

Abstract: An attention manager presents information to a person in the vicinity of a display device in a manner that engages at least the peripheral attention of the person. The information is embodied by one or more sets of content data (e.g., video or audio data). Each set of content data is formulated by a content provider and made available for use by content display systems. Upon appropriate activation, each content display system displays images corresponding to the sets of content data in accordance with predetermined scheduling information. The attention manager makes use of "unused capacity" of the display device and the person's attention, providing information to the person that the person might not otherwise expend adequate energy to obtain.

Abstract: A computer input system and method is described which includes a spatial reference member having a body with a first surface and an opposing second surface. The spatial reference member separates a first spatial region including the first surface from a second spatial region including the second surface. A physical object is movable within the first spatial region. Optical indicia tracks the physical object through the body. The optical indicia is observable from the second spatial region. An optical detector positioned in the second spatial region tracks the optical indicia and develops signals which may serve as inputs to a computer. The object may emit a signal which is tracked by the optical detector.