Abstract: A social media processing system enhances posts to create stronger visual connections with viewers. The processing system may collect social media from different social networks and identify social streams from the social media associated with a particular client. The processing system stores a data set associated with the client that may include keywords, rules, and associated enhancements. The enhancements may include logos, images, font types, statistics, or any other information associated with the company. The processing system identifies content in the posts matching the keywords and adds the enhancements associated with the matching keywords to the post.

Abstract: A processing system uses a set of rules that identify a set of keywords and stores a set of creative images associated with the keywords. The processing system identifies metrics for the social media that includes the keywords and displays the creative images associated with the keywords with the largest social media metrics. The set of rules may include promotions to display with the creative content and filters that determine what social media to use to generate the metrics. No manual curation of content is necessary. The processing system saves time and effort as well as taps into real time consumer trends.

Abstract: An organization mapping system reverse engineer's online data from websites and social network accounts into an organization map representing brands owned by a company. The mapping system extracts objects from the online data associated with different brands, products, services, campaigns, locations, events, etc. The mapping system organizes the objects into an organization map that can be used to automatically configure enterprise software. The organization map necessarily includes the most recent and up-to-date brands, products, and campaigns operating within a company and is therefore inherently more accurate than current organization mapping techniques.

Abstract: A control center includes a display screen for displaying different social media and social media analytics. The control center includes an enhanced notification device that operates independently and remotely from the display screen. A media controller receives a selection of a search term, selection of an analytic, and selection of a trigger event for the analytic. The control center obtains social media from different networks containing the search term and generates the selected analytic from the social media. The media controller activates the enhanced notification device when the trigger event is detected in the analytic. The activated notification device provides a different environmental attribute than the display screen that is more effective in gaining the attention of the control center operators.

Abstract: Some embodiments may include a rating system to generate a structured rating value from aggregated content generated using disparate computer data processing systems, wherein the aggregated content includes structured content from a first computer data processing system of the disparate computer data processing systems and unstructured content from a second different computer data processing system of the disparate computer data processing systems. Other embodiments may be disclosed and/or claimed.

Abstract: A command center provides ad-hoc search and navigation through different dimensional topic levels that allow users to better analyze and correlate data. The command center not only generates and displays content and metrics associated with an event, but can also generate and display real-time content and metrics for other topics, products, and/or services related to a currently displayed topic. The command center enables a user to navigate through the different dimensional levels simply by selecting items displayed by a remote control application. The command center also automatically synchronizes the content and metrics for any selected dimension to a same corresponding time period.

Abstract: A command center provides ad-hoc search and navigation through different dimensional topic levels that allow users to better analyze and correlate data. The command center not only generates and displays content and metrics associated with an event, but can also generate and display real-time content and metrics for other topics, products, and/or services related to a currently displayed topic. The command center enables a user to navigate through the different dimensional levels simply by selecting items displayed by a remote control application. The command center also automatically synchronizes the content and metrics for any selected dimension to a same corresponding time period.

Abstract: A control center includes a display screen for displaying different social media and social media analytics. The control center includes an enhanced notification device that operates independently and remotely from the display screen. A media controller receives a selection of a search term, selection of an analytic, and selection of a trigger event for the analytic. The control center obtains social media from different networks containing the search term and generates the selected analytic from the social media. The media controller activates the enhanced notification device when the trigger event is detected in the analytic. The activated notification device provides a different environmental attribute than the display screen that is more effective in gaining the attention of the control center operators.

Abstract: An operator enters a name of a company, product, or any other entity into a user interface. A hashtag analytic system then automatically discovers social media campaigns associated with that entity based on hashtag or keyword usage in associated posted messages. The hashtag analytic system may automatically discover the social media accounts for the entity and then scan messages posted on the social media accounts for hashtags. The hashtag analytic system groups together posted messages that include campaign related hashtags and generates analytics for the groups of messages associated with the same campaigns.

Abstract: A command center provides ad-hoc search and navigation through different dimensional topic levels that allow users to better analyze and correlate data. The command center not only generates and displays content and metrics associated with an event, but can also generate and display real-time content and metrics for other topics, products, and/or services related to a currently displayed topic. The command center enables a user to navigate through the different dimensional levels simply by selecting items displayed by a remote control application. The command center also automatically synchronizes the content and metrics for any selected dimension to a same corresponding time period.

Abstract: A command center provides ad-hoc search and navigation through different dimensional topic levels that allow users to better analyze and correlate data. The command center not only generates and displays content and metrics associated with an event, but can also generate and display real-time content and metrics for other topics, products, and/or services related to a currently displayed topic. The command center enables a user to navigate through the different dimensional levels simply by selecting items displayed by a remote control application. The command center also automatically synchronizes the content and metrics for any selected dimension to a same corresponding time period.

Abstract: A processing system uses a set of rules that identify a set of keywords and stores a set of creative images associated with the keywords. The processing system identifies metrics for the social media that includes the keywords and displays the creative images associated with the keywords with the largest social media metrics. The set of rules may include promotions to display with the creative content and filters that determine what social media to use to generate the metrics. No manual curation of content is necessary. The processing system saves time and effort as well as taps into real time consumer trends.

Abstract: An operator enters a name of a company, product, or any other entity into a user interface. A hashtag analytic system then automatically discovers social media campaigns associated with that entity based on hashtag or keyword usage in associated posted messages. The hashtag analytic system may automatically discover the social media accounts for the entity and then scan messages posted on the social media accounts for hashtags. The hashtag analytic system groups together posted messages that include campaign related hashtags and generates analytics for the groups of messages associated with the same campaigns.

Abstract: A social media processing system enhances posts to create stronger visual connections with viewers. The processing system may collect social media from different social networks and identify social streams from the social media associated with a particular client. The processing system stores a data set associated with the client that may include keywords, rules, and associated enhancements. The enhancements may include logos, images, font types, statistics, or any other information associated with the company. The processing system identifies content in the posts matching the keywords and adds the enhancements associated with the matching keywords to the post.

Abstract: A command center provides ad-hoc search and navigation through different dimensional topic levels that allow users to better analyze and correlate data. The command center not only generates and displays content and metrics associated with an event, but can also generate and display real-time content and metrics for other topics, products, and/or services related to a currently displayed topic. The command center enables a user to navigate through the different dimensional levels simply by selecting items displayed by a remote control application. The command center also automatically synchronizes the content and metrics for any selected dimension to a same corresponding time period.

Abstract: A method of simulating application software includes presenting a generic application user interface for a particular type of application to a user across a network. The simulation receives user inputs during an interaction with the user interface. A management system evaluates performance of the user with regard to the type of application based upon the user inputs. The user inputs may be stored for later evaluation.