Abstract: A system for providing modeled components is described. An example system comprises a request detector, an entity component, a style component, and a property module. The request detector may be configured to receive requests to create modeled components. The entity builder may be configured to create entities associated with models. The styles designer may be configured to create style components. A style component defines a user interface to be applied to a property of an entity in a modeled component. The property module may be configured to associate a style component with one or more properties of one or more entities.

Abstract: Computer-based methods and systems for deploying model-driven applications to an application server are described. Consistent with an embodiment of the invention, an application server includes a model deployment module that provides a model deployment service. The model deployment module receives as input a data model that serves as a single source of truth for an application. Based on the input model, the model deployment module configures the application server, for example, by automatically generating object-relational mapping logic that facilitates data persistence by mapping data elements in an object domain to data elements in a relational database domain. Additionally, the model deployment module generates a utility module that supports advanced modeling capabilities, including derived properties and constraints.

Abstract: A system for providing one or more services in modeled components is described. An example system comprises a request detector, an entity component, and a service component. The request detector may be configured to receive requests to create modeled components. The entity builder may be configured to create entities associated with models. The services designer may be configured to create service components. A service component includes one or more functions that can be called from a property of an entity in the modeled component.

Abstract: Computer-based methods and systems for deploying model-driven applications to an application server are described. Consistent with an embodiment of the invention, an application server includes a model deployment module that provides a model deployment service. The model deployment module receives as input a data model that serves as a single source of truth for an application. Based on the input model, the model deployment module configures the application server, for example, by automatically generating object-relational mapping logic that facilitates data persistence by mapping data elements in an object domain to data elements in a relational database domain. Additionally, the model deployment module generates a utility module that supports advanced modeling capabilities, including derived properties and constraints.

Abstract: Computer-based methods and systems for generating script-based code, based on a model, are described. Consistent with an embodiment of the invention, a software development application includes a code generator module that receives a model. The code generator module processes the model to generate script-based code. Specifically, the script-based code includes a value object class for each model entity defined in the model, and a service wrapper object class for each service element defined in the model. The value object classes support both basic and advanced data modeling capabilities and corresponding data operations. The service wrapper object classes provide a remote service capability, enabling the client application to communicate with remote services implemented on an application server.

Abstract: A system for providing modeled components is described. An example system comprises a request detector, an entity component, a style component, and a property module. The request detector may be configured to receive requests to create modeled components. The entity builder may be configured to create entities associated with models. The styles designer may be configured to create style components. A style component defines a user interface to be applied to a property of an entity in a modeled component. The property module may be configured to associate a style component with one or more properties of one or more entities.

Abstract: A system for providing one or more services in modeled components is described. An example system comprises a request detector, an entity component, and a service component. The request detector may be configured to receive requests to create modeled components. The entity builder may be configured to create entities associated with models. The services designer may be configured to create service components. A service component includes one or more functions that can be called from a property of an entity in the modeled component.

Abstract: A system and method is described for providing an interactive rich media information service to users of mobile devices. The rich media information is presented to users in a plurality of interactive rich media channels. A subscriber-specific data stream is received at the mobile device containing channel data for each of the rich media channel that the user has subscribed to. The channel data is separated and stored corresponding to each such subscribed-to channel. An interactive multimedia runtime container (iMRC). is executed on the mobile device for each subscribed-to channel. The rich media channels are played on the iMRC and displayed on the display of the mobile device. Using the user interface elements of the mobile device, the user may navigate through the information on the channels, navigate between different channels, subscribe or un-subscribe to channels, and enter user preferences for further tailoring the information presented in the subscribed-to channels.

Abstract: A system and method is described for providing data to a mobile information system. A broadcast server receives information preferences from a plurality of subscribers to the mobile information system. The broadcast server aggregates these information preferences and transmits the aggregated information preferences to at least one data source providers. The data source providers then assemble data for the mobile information system using the aggregated information preferences.

Abstract: A system and method is described for providing an interactive rich media information service to users of mobile devices. The rich media information is presented to users in a plurality of interactive rich media channels. A subscriber-specific data stream is received at the mobile device containing channel data for each of the rich media channel that the user has subscribed to. The channel data is separated and stored corresponding to each such subscribed-to channel. An interactive multimedia runtime container (iMRC). is executed on the mobile device for each subscribed-to channel. The rich media channels are played on the iMRC and displayed on the display of the mobile device. Using the user interface elements of the mobile device, the user may navigate through the information on the channels, navigate between different channels, subscribe or un-subscribe to channels, and enter user preferences for further tailoring the information presented in the subscribed-to channels.

Abstract: A system and method is described for providing data to a mobile information system. A broadcast server receives information preferences from a plurality of subscribers to the mobile information system. The broadcast server aggregates these information preferences and transmits the aggregated information preferences to at least one data source providers. The data source providers then assemble data for the mobile information system using the aggregated information preferences.

Abstract: A method of enforcing network bandwidth limitation includes receiving a request from a client for transmission of a server's feed data and receiving a client timestamp from the client. The method further includes determining if feed data in a previous transmission from the server to the client has been lost, and if so, reimbursing the client for the lost data. The method further includes determining if the client is eligible to receive the requested feed data transmission from the server, and if the client is eligible, then immediately transmitting of the most recent available requested feed data from the server to the client, but if the client is not eligible, then preventing the transmission and withholding the feed data from the client without prolonging the duration of any network connection from the server to the client.