Abstract: A method for a client and server based messaging system efficiently exchanges messages over an IP connection in a wireless network. Also included is an automated method by which a messaging client can request intelligent and efficient presence updates from the wireless network by utilizing timers and adapt such timers based on load conditions in the wireless network.

Abstract: In a mobile communication network that does not support simultaneous data communication during an active voice call of a mobile station, location information of the mobile station is obtained from a positioning server on the mobile communication network using mobile messaging service type messages as a transport bearer between the mobile station and the mobile communication network. A mobile messaging service message from the mobile station includes information regarding one or more nearby WiFi access points and/or cellular base stations detected by the mobile station. The location of the mobile station is determined by the positioning server, and the results are sent to the mobile station via a responsive mobile messaging service message including the determined location, during the active voice call, for use by an application program running on the mobile station.

Abstract: A wireless mobile communication device may include a transmitter configured to wirelessly transmit MMS messages over a wireless network communication system. The device may also include a plurality of user applications. Each user application may be of a different type and configured to generate content for an MMS message based on input to the wireless mobile communication device. The mobile communication device may include an MMS client configured to generate MMS messages based on content supplied by the user applications. The MMS client may be configured to generate a value for a field of information within each MMS message that is indicative of the type of user application which supplies content for the MMS message. The value may be different for each different type of user application.

Abstract: Systems and methods for processing a data over signaling (DoS) message at an access terminal are disclosed. A message is received at an access terminal. The message is decoded to determine if it is a DoS message. Upon detecting the DoS message a sleep delay timer is set to prevent the access terminal from entering a sleep state for a predetermined time.

Abstract: Techniques and equipment are provided to allow Multimedia Message Service (MMS) communication between applications on a platform on a mobile station and third party websites or web servers by using a hybridized architectural design of MMS and BREW services. The following communications are provided: communication from a BREW application on a first mobile station to a BREW application on a second mobile station, communication from a BREW application on a mobile station to an application server or website, and communication from an application server or website to a BREW application on a mobile station.

Abstract: The various disclosed techniques and equipment relate to synchronizing a subscriber's address books located in a portal and in the subscriber's mobile station, determining the subscription status of a directory number of another party with whom the subscriber intends to communicate, and/or for enabling the subscriber to make a referral to another party who might not be a qualified subscriber.

Abstract: A method for offloads SMS messages from a voice network of a wireless carrier to a data network. The method includes sending a mobile originated SMS using hypertext transfer protocol (HTTP) from a wireless handset to a short message service center (SMSC) over a wireless data network. The method further includes conducting a lookup at the SMSC to determine the home SMSC for the originating mobile handset and sending a redirect to the mobile handset as means to facilitate a dynamic update of the home SMSC location stored on the wireless handset.

Abstract: The various disclosed techniques and equipment relate to synchronizing a subscriber's address books located in a portal and in the subscriber's mobile station, determining the subscription status of a directory number of another party with whom the subscriber intends to communicate, and/or for enabling the subscriber to make a referral to another party who might not be a qualified subscriber.

Abstract: Techniques and equipment are provided to allow Multimedia Message Service (MMS) communication between applications on a platform on a mobile station and third party websites or web servers by using a hybridized architectural design of MMS and BREW services. The following communications are provided: communication from a BREW application on a first mobile station to a BREW application on a second mobile station, communication from a BREW application on a mobile station to an application server or website, and communication from an application server or website to a BREW application on a mobile station.

Abstract: Techniques and equipment are provided to allow Multimedia Message Service (MMS) communication between applications on a platform on a mobile station and third party websites or web servers by using a hybridized architectural design of MMS and BREW services. The following communications are provided: communication from a BREW application on a first mobile station to a BREW application on a second mobile station, communication from a BREW application on a mobile station to an application server or website, and communication from an application server or website to a BREW application on a mobile station.

Abstract: A disclosed enterprise instant messaging (IM) service aggregator enables validation of mobile stations and/or users for enterprise IM service through a wireless communication network; and in the examples, the enterprise IM service provides a secure messaging environment that allows IM traffic to/from wireless mobile stations. The security offered may be unique to and controlled by each enterprise, for example, by enabling each enterprise to generate its own encryption key for distribution through the aggregator and by allowing mobile stations to generate their own keys for distribution back through the aggregator to the enterprise IM servers. As disclosed, the login credentials are encrypted from the mobile station to the enterprise IM server. The use of standard encryption methods within the call flows allows a simple method of ensuring that only authorized users can access the enterprise servers and that the messages will be encrypted by the strongest possible means.

Abstract: A wireless communication device that dynamically escalates media transmission handling on the resident computer platform operating system through passing priority data bundles that include media directly from an application programming interface to the wireless communication interface. The application programming interface generates an outgoing priority data bundle including media, and a media handler directs the outgoing priority data bundle directly to the wireless communication interface for transmission without handling of the outgoing priority data bundle by other software layers of the operating system. The same priority handling can be done with incoming data bundles received at the wireless communication interface and being sent to an application programming interface.

Abstract: The various disclosed techniques and equipment relate to synchronizing a subscriber's address books located in a portal and in the subscriber's mobile station, determining the subscription status of a directory number of another party with whom the subscriber intends to communicate, and/or for enabling the subscriber to make a referral to another party who might not be a qualified subscriber.

Abstract: A disclosed enterprise instant messaging (IM) service aggregator enables validation of mobile stations and/or users for enterprise IM service through a wireless communication network; and in the examples, the enterprise IM service provides a secure messaging environment that allows IM traffic to/from wireless mobile stations. The security offered may be unique to and controlled by each enterprise, for example, by enabling each enterprise to generate its own encryption key for distribution through the aggregator and by allowing mobile stations to generate their own keys for distribution back through the aggregator to the enterprise IM servers. As disclosed, the login credentials are encrypted from the mobile station to the enterprise IM server. The use of standard encryption methods within the call flows allows a simple method of ensuring that only authorized users can access the enterprise servers and that the messages will be encrypted by the strongest possible means.

Abstract: A disclosed enterprise instant messaging (IM) service aggregator enables validation of mobile stations and/or users for enterprise IM service through a wireless communication network; and in the examples, the enterprise IM service provides a secure messaging environment that allows IM traffic to/from wireless mobile stations. The security offered may be unique to and controlled by each enterprise, for example, by enabling each enterprise to generate its own encryption key for distribution through the aggregator and by allowing mobile stations to generate their own keys for distribution back through the aggregator to the enterprise IM servers. As disclosed, the login credentials are encrypted from the mobile station to the enterprise IM server. The use of standard encryption methods within the call flows allows a simple method of ensuring that only authorized users can access the enterprise servers and that the messages will be encrypted by the strongest possible means.

Abstract: The various disclosed techniques and equipment relate to synchronizing a subscriber's address books located in a portal and in the subscriber's mobile station, determining the subscription status of a directory number of another party with whom the subscriber intends to communicate, and/or for enabling the subscriber to make a referral to another party who might not be a qualified subscriber.

Abstract: Instant messaging (IM) users in a wireless network are allowed to automatically set their presence status based on their geographical location. A conventional Mobile IM (MIM) client, such as a Brew application, allows an IM user to set his presence status, e.g. “Online,” “Away,” etc. This status is transmitted to the IM server which then publishes this status to other IM users. As disclosed herein, location based presence populates the device position automatically into the presence status or other IM communications. For example, selection of a menu choice <My Location> causes the disclosed MIM client to insert the street address of the current location into the presence status. The disclosed client obtains the location information by working with elements of a location based service (LBS) platform of a wireless mobile communication network, such as a location proxy server (LPS) and a position determining entity (PDE).

Abstract: A method for offloads SMS messages from a voice network of a wireless carrier to a data network. The method includes sending a mobile originated SMS using hypertext transfer protocol (HTTP) from a wireless handset to a short message service center (SMSC) over a wireless data network. The method further includes conducting a lookup at the SMSC to determine the home SMSC for the originating mobile handset and sending a redirect to the mobile handset as means to facilitate a dynamic update of the home SMSC location stored on the wireless handset.