Abstract:
A system for managing software failover on a bladed server is provided. The system includes a plurality of bladed servers, including a first bladed server and a second failover bladed server. The system includes a server control, a storage device, and software. The server control is in communication with the plurality of bladed servers, and the storage device is accessible by the plurality of bladed servers. The software is stored on the storage device. The system also includes a management component that is operable on the server control. The management component monitors execution of the software on the first bladed server. The management component is operable in response to detecting failure of the software on the first bladed server to promote execution of the software from the external storage device by the second failover bladed server. A method for automated software failover is also provided.
Abstract:
A service access architecture to enable customer access to telecommunications provider services is provided. The service access architecture includes a service layer providing a standard interface for communication with customer applications to access network systems and data systems of the telecommunications provider. The service access architecture also includes a device/data layer maintaining the network systems and data systems of the telecommunications provider. The service access architecture includes an adaptation layer coupled to communicate, via at least one broker of the adaptation layer, with the service layer and to communicate, via at least one adapter of the adaptation layer, with the device/data layer, the adaptation layer operable to interface between the service layer and the device/data layer. A method is also provided for a customer of a telecommunications provider to gain access to the telecommunications provider's services and applications using a customer application.
Abstract:
A method is disclosed for providing and tracking virtual coupons. A proxy for a virtual coupon is provided to a mobile device. The virtual coupon is provided to the mobile device based on a set of conditions in response to a request made via the proxy for the virtual coupon, wherein the request comprises context information. The virtual coupon is deleted in response to an event.
Abstract:
A method is provided for coupon validation. A coupon is downloaded to a mobile device. The mobile device is used to determine a radio frequency fingerprint comprising cell tower data and cell sector data. The coupon is associated with the radio frequency fingerprint. Whether the radio frequency fingerprint matches a radio frequency fingerprint specified for redemption is determined. Redemption of the coupon is enabled in response to a determination that the radio frequency fingerprint matches the radio frequency fingerprint specified for redemption.
Abstract:
A method is provided for subscriber data insertion into advertisement requests. The method includes receiving a request for advertising content for a subscriber from a publisher. The request contains a unique subscriber identifier associated with the subscriber. The method further includes obtaining carrier controlled subscriber data related to the subscriber based on the unique subscriber identifier. The method additionally includes inserting the carrier controlled subscriber data into the request.
Abstract:
A computer implemented system for a dynamic screen generation and navigation engine is provided. The system includes a set of screen templates, a screen data document, and a screen manager. The screen data document includes screen data for at least one screen template of the set of screen templates. The screen manager includes a generator engine and a navigator engine. In response to user input, the generator engine obtains screen data from the screen data document, obtains a screen template from the set of screen templates based on the obtained screen data, combines the obtained screen data with the obtained screen template to generate a screen, and displays the generated screen. The navigator engine obtains a user selection for the generated screen, references the screen data corresponding to the obtained user selection to determine a next screen to generate, and prompts the generator engine to generate the next screen based on the referenced screen data.
Abstract:
Computer implemented methods and systems are provided for dynamic transcoding to stitch streaming digital content. A selection of a content file is received from a mobile device. An advertisement content file is identified for the selected content file. Attributes of the selected content file are determined. Attributes of the advertisement content file are determined. The advertisement content file and the selected content file are converted so that the attributes of the advertisement content file and the attributes of the selected content file match. The selected content file is stitched with the advertisement content file to produce streaming digital content. The streaming digital content is provided to the mobile device.
Abstract:
One illustrative method for concatenating an unselected content stream (such as advertising) with a selected content stream to create a digital content stream includes interactions between a first server and a second server. The first server can receive a selection of the selected content stream from a hand-held device, transmit the selection to a second server, receive a playlist having location identifiers that identify at least the selected content stream and an unselected content stream, and communicate with a plurality of streaming servers collectively having streaming digital content including the selected and unselected content streams. The first server further communicates to the hand-held device a play time of the streaming digital content, concatenates the streaming digital content from the plurality of streaming servers, and provides the concatenated streaming digital content to the hand-held device as a single content stream.
Abstract:
A system for demonstrating proof of concept of a project, such as a computer application, for an organization is provided. The system includes a requirements component, a use case component, a log component, and a reporting component. The requirements component maintains requirements of the organization for the project or computer application. The use case component maintains a plurality of use cases, each of the plurality of use cases are associated with at least one of the requirements. The log component track the results of the project or computer application's execution of at least some of the plurality of use cases. The log component is also operable to track at least some defects of the project identified based on executing some of the plurality of use cases. The reporting component is operable to report results for at least some of the use cases.
Abstract:
Systems and methods for inventory management integrating subscriber and targeting data are provided. The method includes tracking historical inventory during a first time period for each of a plurality of advertising spots, the number of impressions for each spot. Each impression is categorized by segment. The method further includes predicting a future inventory available for a second time period based on the tracked inventory, and subtracting, on a segment-by-segment basis, inventory that is sold from the future inventory.