Abstract: An IP short message gateway (IP-SM-GW) utilizes multiple addresses for delivering short messages between an IP network and a cellular network. The IP short message gateway can have multiple SCCP addresses that correspond to categories of origin/destination IP addresses of short messages. In response to a request to deliver a short message between an IP network and a cellular network, the IP short message gateway identifies an IP address associated with the origin/destination of the short message. The IP short message gateway then identifies at least one of its multiple SCCP addresses based on the identified IP address. The IP short message gateway can generate a response message that includes the identified SCCP address. The identified SCCP address in the response message will be available to SMSC or IMS. SMSC or IMS can implement differentiated handling of short messages based on SCCP addresses received from the IP short message gateway.

Abstract: An IP short message gateway (IP-SM-GW) utilizes multiple addresses for delivering short messages between an IP network and a cellular network. The IP short message gateway can have multiple SCCP addresses that correspond to categories of origin/destination IP addresses of short messages. In response to a request to deliver a short message between an IP network and a cellular network, the IP short message gateway identifies an IP address associated with the origin/destination of the short message. The IP short message gateway then identifies at least one of its multiple SCCP addresses based on the identified IP address. The IP short message gateway can generate a response message that includes the identified SCCP address. The identified SCCP address in the response message will be available to SMSC or IMS. SMSC or IMS can implement differentiated handling of short messages based on SCCP addresses received from the IP short message gateway.

Abstract: A content source, a content sink, and a method for natively managing and delivering active content are provided. The content source wirelessly exchanges management information with the content sink, identifies and manages the content sink, and transmits active content to the content sink whereby the content sink displays the active content.

Abstract: Traditional systems and methods of billing for text messages for prepaid customers are improved by offering a service provider a series of features relating to intelligent and customized billing. These features include the ability to determine priority of messages sent for certain purposes such as SMS Voting, participating in contests, and other uses, and subsequently processing the billing requests generated by these messages in a dynamic manner in real time or close to real time through dynamic late-billing. The service provider has the option of arranging relevant billing requests in queues and queue groups, and allocating system resources for processing billing requests in order of priority. The end result is increased revenue for the mobile operator and greater customer satisfaction.

Abstract: A content source, a content sink, and a method for natively managing and delivering active content are provided. The content source wirelessly exchanges management information with the content sink, identifies and manages the content sink, and transmits active content to the content sink whereby the content sink displays the active content.

Abstract: A message routing system that enables charging for messages that are formatted in a mobile phone messaging standard and routed between software applications. The mobile phone messaging standard may be, for example, the Short Message Service standard or the Multimedia Messaging Service standard. The routing system receives a message from a mobile device or from an application server. The routing system screens the message to determine whether the message should be delivered to a recipient. If the message passes the screening check, the routing system routes the message for delivery to a recipient mobile device or application server. The system may receive and route the message over any type of network, whether wired or wireless. In accordance with configurable business rules, the routing system generates a charging data record associated with the message to allow the message sender and/or message recipient to be billed for the message.

Abstract: Traditional systems and methods of billing for text messages for prepaid customers are improved by offering a service provider a series of features relating to intelligent and customized billing. These features include the ability to determine priority of messages sent for certain purposes such as SMS Voting, participating in contests, and other uses, and subsequently processing the billing requests generated by these messages in a dynamic manner in real time or close to real time through dynamic late-billing. The service provider has the option of arranging relevant billing requests in queues and queue groups, and allocating system resources for processing billing requests in order of priority. The end result is increased revenue for the mobile operator and greater customer satisfaction.