Abstract: The present invention provides a method, apparatus and computer instructions for scaling a user interface adaptively to an object discovery or display system with policy driven filtering. A number of filters are defined by the user in an initial setup. The filter includes a target number of discovered objects and a metric for filtering discovered objects. Once the initial setup is complete, the present invention automatically triggers or deactivates the filters and dynamically applies one or more filters based on the number of discovered objects and rules defined by the user. Resulting discovered objects are displayed in the user interface to the user.

Abstract: The present invention provides a method, apparatus and computer instructions for scaling a user interface adaptively to an object discovery or display system with policy driven filtering. A number of filters are defined by the user in an initial setup. The filter includes a target number of discovered objects and a metric for filtering discovered objects. Once the initial setup is complete, the present invention automatically triggers or deactivates the filters and dynamically applies one or more filters based on the number of discovered objects and rules defined by the user. Resulting discovered objects are displayed in the user interface to the user.

Abstract: The present invention provides a method for scaling a user interface adaptively to an object discovery or display system with policy driven filtering. A number of filters are defined by the user in an initial setup. The filter includes a target number of discovered objects and a metric for filtering discovered objects. Once the initial setup is complete, the present invention automatically triggers or deactivates the filters and dynamically applies one or more filters based on the number of discovered objects and rules defined by the user. Resulting discovered objects are displayed in the user interface to the user.

Abstract: A rating program on a mobile computing device communicates with other mobile devices regarding collected ratings. A user enters ratings and requests for information; the mobile computing device will then operate in the background, actively scanning for other users with the same type of short-range communications and a ratings program. The devices are able to exchange and save ratings, providing a mobile, socially-relevant means of collecting information.

Abstract: A rating program on a mobile computing device communicates with other mobile devices regarding collected ratings. A user enters ratings and requests for information; the mobile computing device will then operate in the background, actively scanning for other users with the same type of short-range communications and a ratings program. The devices are able to exchange and save ratings, providing a mobile, socially-relevant means of collecting information.

Abstract: A rating program on a mobile computing device communicates with other mobile devices regarding collected ratings. A user enters ratings and requests for information; the mobile computing device will then operate in the background, actively scanning for other users with the same type of short-range communications and a ratings program. The devices are able to exchange and save ratings, providing a mobile, socially-relevant means of collecting information.

Abstract: An indication of actions by participants taking part in an interactive environment that can represent peripheral information or tells (i.e., not essential to participating in the environment) are communicated to computing devices used by other participants in the interactive environment. Each such action or behavior being monitored is associated with a corresponding indicator. After one of the additional behaviors is detected, the corresponding indicator can be presented to another participant by a computing device used by the other participant. Thus, the other participant may perceive, and respond to the peripheral behavior. For example, if the interactive environment is a card game, a player's act in reordering cards that are held, counting chips, moving the input device in a spurious manner, and other such behaviors are indicated to other players. Receiving indicators of these behaviors enables other players to respond to these behaviors, making the interactive environment more like playing face-to-face.

Abstract: The methods for processing an image from data for imaging on a digital output device include inputting data made of numerous image pixels with values representative of the pixel intensity for imaging to a digital output device, employing a threshold highlight value into the digital output device, and applying data transformation to the data for imaging using the threshold highlight value to form transformed data. The methods end by forming a representation from the transformed data. The representation is a value representative of the pixel intensity greater than or equal to 1.

Abstract: A rating program on a mobile computing device communicates with other mobile devices regarding collected ratings. A user enters ratings and requests for information; the mobile computing device will then operate in the background, actively scanning for other users with the same type of short-range communications and a ratings program. The devices are able to exchange and save ratings, providing a mobile, socially-relevant means of collecting information.