Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: A method disclosed herein provides close interaction and participation for a user while a story line is unveiled. At least part of the story is present in a grid, and the story line is discovered by a user in a manner similar to solving a crossword puzzle.

Abstract: A method disclosed herein provides close interaction and participation for a user while a story line is unveiled. At least part of the story is present in a grid, and the story line is discovered by a user in a manner similar to solving a crossword puzzle.

Abstract: Transmedia scheduling systems and methods are described in which a user interface is generated via a channel engine that includes first and second channels. The channels are based on one or more channel templates stored in a channel database, and are preferably populated with concurrent transmedia stories. Each of the transmedia stories can be based on at least one transmedia object stored in a transmedia database and may be dynamically generated.

Abstract: A gaming platform is presented where various types of non-game domains can be incorporated into a game as a game component. Two or more domains, possibly a website, can become a territory within an online game where players cooperate or compete to dominate the website. The domains can be bridged or otherwise linked to form a game map topology, and allow movement of a player's units from one domain to another. The game space can be presented to players as an overlay in a browser allowing players to engage the game and browse domain content without necessarily affecting the underlying website.

Abstract: Inventory management systems and methods are described in which a user can manage inventory instances across multiple, independent stories. A transmedia inventory management system can include an inventory database to store inventory objects and a story database to store a plurality of independent story templates. A story engine can generate multiple, independent stories from the story templates. An inventory management engine can be used to manage instances of at least some of the inventory objects across the independent stories. A user can interact with at least some of the instances using first and second distinct user interfaces, respectively.

Abstract: Augmented reality (AR) mission generators are described that generate missions based on environmental data separate from a user's location. The environmental data can be obtained from a user's mobile device or using other sensors or third-party information. The missions can be generated from an AR mission template stored in a mission database, and presented to the user on the user's mobile device.

Abstract: A gaming platform is presented where various types of non-game domains can be incorporated into a game as a game component. Two or more domains, possibly a website, can become a territory within an online game where players cooperate or compete to dominate the website. The domains can be bridged or otherwise linked to form a game map topology, and allow movement of a player's units from one domain to another. The game space can be presented to players as an overlay in a browser allowing players to engage the game and browse domain content without necessarily affecting the underlying website.

Abstract: Transmedia experience engines are described having a transmedia server capable of delivering synchronized content streams of a story to multiple devices of a single user, or even to multiple users. The transmedia server can be coupled to a story server that stores at least one story comprising the content streams. The transmedia server can configure the user's media devices to present the story according to the synchronized streams.