Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: This disclosure relates to adaptive content control and display for internet media. A playback component provides for playback of media content. An input component detects user inputs during playback of the content. In response to the user inputs being detected, a menu component displays a level of a pivot menu during playback of the content. The pivot menu is displayed on top, or in front, of a portion of the content during playback, and the pivot menu can be at least partially transparent to enable consumption of the content to continue without complete obstruction.

Abstract: Systems, methods, and computer-readable storage media that may be used to attribute events such as clicks and conversions to impressions are provided. One method includes determining a local time and a timezone associated with each of a plurality of events of a content campaign. The method further includes generating a first event grouping including a first set of events having timezones matching at least one grouping timezones. The method further includes generating a second event grouping including a second set of the events based on both the local times and the timezones of the events. Generating the second event grouping includes selecting the second set of events based on the local times of the events in view of the timezones of the events. The method further includes, for each grouping, determining a number of events associated with frequency groups based on a number of impression events associated with the events.

Abstract: A system, method, and various software tools enable a video hosting website to graphically display statistics of data associated with videos posted on a video hosting website. Data associated with videos is collected, analyzed and stored. A graphical representation of the data and corresponding geographic map are generated based on the collected data. The graphical representation shows the data along a timeline. The corresponding geographical map shows the data by geographic market. The graphical representation and geographical map are associated such that a modification to the graphical representation modifies the geographical map accordingly and a modification to the geographical map modifies the graphical representation accordingly.

Abstract: The present invention enables methods and systems that identify viral videos. A viral video is a video which received a percentage of its views from one person sharing the video with another person. That is, a viral video received most of its views from person to person sharing. A video hosting server determines whether a video is a viral video based at least in part on views the video received through person to person sharing and the total number of views the video has received.

Abstract: The present invention enables methods and systems that identify viral videos. A viral video is a video which received a percentage of its views from one person sharing the video with another person. That is, a viral video received most of its views from person to person sharing. A video hosting server determines whether a video is a viral video based at least in part on views the video received through person to person sharing and the total number of views the video has received.

Abstract: Methods and systems that identify classic videos. A classic video is a video that consistently receives high viewership over a long period of time. A video hosting server identifies a number of views that a video received for each day during a measurement period. For each day, the video hosting server determines whether the day is a high view day based on the number of views for the day. The video hosting server identifies the video as a classic video responsive to the video having a number of high view days that are above a threshold number of days.

Abstract: A system, method, and various software tools enable a video hosting website to graphically display statistics of data associated with videos posted on a video hosting website. Data associated with videos is collected, analyzed and stored. A graphical representation of the data and corresponding geographic map are generated based on the collected data. The graphical representation shows the data along a timeline. The corresponding geographical map shows the data by geographic market. The graphical representation and geographical map are associated such that a modification to the graphical representation modifies the geographical map accordingly and a modification to the geographical map modifies the graphical representation accordingly.

Abstract: A method for reading images on a diagnostic workstation, wherein the method comprises the steps: a sequence of images is loaded into the workstation, a Dynamic Display Protocol (DDP) containing a set of rules included in a hanging protocol that automatically determines how the sequence of images is to be presented on at least one monitor for viewing the images is loaded into the workstation, a set of clinical applications is provided in a storage means, at least one of said clinical applications is configured as being a part of said hanging protocol, said Dynamic Display Protocol is checking if matching criterias for said hanging protocol are met by the sequence of images to be read and a clinical application being part of a hanging protocol which matching criterias are met by the sequence of images to be read is automatically started by said Dynamic Display Protocol.

Abstract: The present invention relates to a method and a system for measuring in a dynamic sequence of medical images of a moving body part. A reference point being fixed relative to an image geometry and at least one measurement point are defined in the moving body part in one image in the sequence of images. The reference point is then automatically indicated and the at least one measurement point is then automatically tracked in all of the images of the sequence. A length and a direction of at least one vector extending from the reference point to one of the at least one measurement points for each pair of reference point and one measurement point is automatically determined in all of the images of the sequence and at least one of a rate of change of the length and the direction of the at least one vector is automatically determined between selected images in the sequence of images.

Abstract: A method for reading images on a diagnostic workstation, wherein the method comprises the steps: a sequence of images is loaded into the workstation, a Dynamic Display Protocol (DDP) containing a set of rules included in a hanging protocol that automatically determines how the sequence of images is to be presented on at least one monitor for viewing the images is loaded into the workstation, a set of clinical applications is provided in a storage means, at least one of said clinical applications is configured as being a part of said hanging protocol, said Dynamic Display Protocol is checking if matching criterias for said hanging protocol are met by the sequence of images to be read and a clinical application being part of a hanging protocol which matching criterias are met by the sequence of images to be read is automatically started by said Dynamic Display Protocol.