Abstract: In one example, an apparatus and method are provided for summarizing (or selecting a representative subset from) a collection of media objects. A method includes selecting a subset of media objects from a collection of geographically-referenced (e.g., via GPS coordinates) media objects based on a pattern of the media objects within a spatial region. The media objects may further be selected based on (or be biased by) various social aspects, temporal aspects, spatial aspects, or combinations thereof relating to the media objects and/or a user. Another method includes clustering a collection of media objects in a cluster structure having a plurality of subclusters, ranking the media objects of the plurality of subclusters, and selection logic for selecting a subset of the media objects based on the ranking of the media objects.

Abstract: Disclosed are apparatus and methods for performing actions with respect to objects. An object having an action tag, that specifies that a particular action script is to be performed with respect to the object, is provided. The action tag can be in the form of a textual label or any suitable user interface object that can be associated with the object. A search is then performed in a plurality of reference action tags, that each correspond to a different action script, for the provided action tag. When a matching reference action tag is found for the provided action tag, the corresponding, matching action script is then invoked so that the matching action script is automatically performed with respect to the object.

Abstract: The visualization of datasets by associating text (keywords) with location and optionally with time is provided. This visualization may help the user better understand and analyze the contents of the dataset. The visualization takes as input a keyword and related parameters such as location, importance/relevance factors, time, visualization level, and keyword category, and displays the selected keywords on a map, at their associated location, with the size or other characteristic of the keyword varying according to its relevance.

Abstract: The visualization of datasets by associating text (keywords) with location and optionally with time is disclosed. This visualization may help the user better understand and analyze the contents of the dataset. The visualization takes as input a keyword and related parameters such as location, importance/relevance factors, time, visualization level, and keyword category, and displays the selected keywords on a map, at their associated location, with the size or other characteristic of the keyword varying according to its relevance.

Abstract: Disclosed are apparatus and methods for performing actions with respect to objects. An object having an action tag, that specifies that a particular action script is to be performed with respect to the object, is provided. The action tag can be in the form of a textual label or any suitable user interface object that can be associated with the object. A search is then performed in a plurality of reference action tags, that each correspond to a different action script, for the provided action tag. When a matching reference action tag is found for the provided action tag, the corresponding, matching action script is then invoked so that the matching action script is automatically performed with respect to the object.

Abstract: In one example, an apparatus and method are provided for summarizing (or selecting a representative subset from) a collection of media objects. A method includes selecting a subset of media objects from a collection of geographically-referenced (e.g., via GPS coordinates) media objects based on a pattern of the media objects within a spatial region. The media objects may further be selected based on (or be biased by) various social aspects, temporal aspects, spatial aspects, or combinations thereof relating to the media objects and/or a user. Another method includes clustering a collection of media objects in a cluster structure having a plurality of subclusters, ranking the media objects of the plurality of subclusters, and selection logic for selecting a subset of the media objects based on the ranking of the media objects.