Abstract: A rollover management system (RMS) receives and stores rollover data that includes subscriber identification and a balance of the rollover usage units that may be “rolled-over” to offset overage units used by a subscriber in excess of package plan usage units in a subsequent billing cycle. In response to receiving requests, the RMS presents rollover data elements to the requesting entities. The balance of the rollover usage units may be rolled over and measured in at least one of a plurality of billable units and may be shared by the subscriber's multiple communication services. The rollover usage units expire after a predetermined number of billing cycles where the predetermined number may vary between package plans. The RMS receives post-billing data elements to update the rollover data elements. The RMS is further operative to account for and present for review unbilled communication service usage to subscribers.

Abstract: A rollover management system (RMS) receives and stores rollover data that includes subscriber identification and a balance of the rollover usage units that may be “rolled-over” to offset overage units used by a subscriber in excess of package plan usage units in a subsequent billing cycle. In response to receiving requests, the RMS presents rollover data elements to the requesting entities. The balance of the rollover usage units may be rolled over and measured in at least one of a plurality of billable units and may be shared by the subscriber's multiple communication services. The rollover usage units expire after a predetermined number of billing cycles where the predetermined number may vary between package plans. The RMS receives post-billing data elements to update the rollover data elements. The RMS is further operative to account for and present for review unbilled communication service usage to subscribers.

Abstract: A rollover management system (RMS) receives and stores rollover data that includes subscriber identification and a balance of the rollover usage units that may be “rolled-over” to offset overage units used by a subscriber in excess of package plan usage units in a subsequent billing cycle. In response to receiving requests, the RMS presents rollover data elements to the requesting entities. The balance of the rollover usage units may be rolled over and measured in at least one of a plurality of billable units and may be shared by the subscriber's multiple communication services. The rollover usage units expire after a predetermined number of billing cycles where the predetermined number may vary between package plans. The RMS receives post-billing data elements to update the rollover data elements. The RMS is further operative to account for and present for review unbilled communication service usage to subscribers.

Abstract: A rollover management system (RMS) receives and stores rollover data that includes subscriber identification and a balance of the rollover usage units that may be “rolled-over” to offset overage units used by a subscriber in excess of package plan usage units in a subsequent billing cycle. In response to receiving requests, the RMS presents rollover data elements to the requesting entities. The balance of the rollover usage units may be rolled over and measured in at least one of a plurality of billable units and may be shared by the subscriber's multiple communication services. The rollover usage units expire after a predetermined number of billing cycles where the predetermined number may vary between package plans. The RMS receives post-billing data elements to update the rollover data elements. The RMS is further operative to account for and present for review unbilled communication service usage to subscribers.

Abstract: A rollover management system (RMS) receives and stores rollover data that includes subscriber identification and a balance of the rollover usage units that may be “rolled-over” to offset overage units used by a subscriber in excess of package plan usage units in a subsequent billing cycle. In response to receiving requests, the RMS presents rollover data elements to the requesting entities. The balance of the rollover usage units may be rolled over and measured in at least one of a plurality of billable units and may be shared by the subscriber's multiple communication services. The rollover usage units expire after a predetermined number of billing cycles where the predetermined number may vary between package plans. The RMS receives post-billing data elements to update the rollover data elements. The RMS is further operative to account for and present for review unbilled communication service usage to subscribers.

Abstract: A first device receives first information and second information, encrypts the first information with a first set of encryption keys, and encrypts a combination of the second information and the encrypted first information with a second set of encryption keys into a first message. The first device may send the first message to a second device that receives the first message, decrypts the first message with a third set of encryption keys to yield the second information and the encrypted first information, determines a third information based on the second information, and encrypts into a second message, a combination of the third information and the encrypted first information, with a fourth set of encryption keys. The second message may be sent to a third device for decryption.

Abstract: Embodiments of the present invention relate to systems and methods for managing information concerning users of a network web site. The system includes a web server for providing access to various network resources, such as web pages and applications and an applications server coupled to the web server for running two or more protected applications, to which access is restricted to authorized users. The system also includes a customer profile and registration application for receiving user login information and authenticating users and providing single sign-on capability. The system further includes a user directory server for centrally managing information concerning users, a first database for storing user credentials and a second database for storing user profile information. User profile information and user credentials can be added, modified, deleted or retrieved by operations carried out within at least one of said applications.

Abstract: A system for remote computer access comprises a first computer upon which an application runs, and a second computer upon which outputs from the application are implemented and from which inputs to control the application are received. A network communicatively couples the first and second computing systems. As an application executes on the first computing system, output-related instructions such as those related to displaying data are translated into a non-proprietary data format such as, for example, an extensible markup language (XML) data item. The XML data item is transmitted over the network using non-proprietary protocols such as, for example, HTTP to the second computing system. At the second computing system, the output-related instruction is translated into a corresponding instruction native to the second computing system and thereafter executed on the second computing system.

Abstract: A user may initiate a video conference session by dialing a predefined code on their telephone and thereafter dialing the telephone number of the party with whom it is desired to establish the video conference. An AIN network retrieves pre-stored information regarding the characteristics of the computing systems to be included in the video conference. Thereafter, the network automatically establishes communication between the computing devices.

Abstract: A user may initiate a video conference session by dialing a predefined code on their telephone and thereafter dialing the telephone number of the party with whom it is desired to establish the video conference. An AIN network retrieves pre-stored information regarding the characteristics of the computing systems to be included in the video conference. Thereafter, the network automatically establishes communication between the computing devices.