Abstract: A system and method of navigating among multiple real-time data streams on a mobile device is presented. Multiple thumbnail image representations are displayed wherein each thumbnail image is associated with an available real-time data stream. A user provides navigation input via a user interface for navigating among the multiple displayed thumbnail image representations. The thumbnail image representation currently selected based on the navigation input is highlighted or otherwise made to stand out on the mobile device display. The user then selects a highlighted thumbnail image representation, via the user interface, thereby activating the real-time data stream associated with the highlighted thumbnail image representation. This causes the real-time data stream associated with the selected highlighted thumbnail image representation to be displayed on the mobile device display.

Abstract: Techniques for processing data related to common interests of two or more users of a communication system are disclosed. In an exemplary method disclosed herein, the occurrence of a trigger event at a first communication device is detected, wherein the trigger event is related to communications between the first communication device and a second communication device. In response to the trigger event, the transmission of a first data object to the second communication device is initiated, wherein the first data object comprises information indicating one or more interests of a user of the first communication device. The exemplary method further comprises receiving and processing a second data object formed in response to the first data object, the second data comprising data related to one or more common interests shared by the users of the first and second communication devices.

Abstract: Methods and systems for selectively transferring confidential or private information to a user of a communication device are disclosed. In an exemplary method, a trigger event is detected at a first communication device, resulting in the retrieval of a data object for transmission to a second communication device. If the data object includes private or confidential information, consent of a user of the first communication device is required before the data object may be sent to the second communication device. In some embodiments, consent is obtained by explicitly requesting consent from a user. In others, consent may be deemed under pre-determined circumstances.

Abstract: Described is a system and method of receiving content on a portable mobile communications device from a mobile TV service provider. A mobile pointer record is created and stored within the portable mobile communications device that contains data that identifies content to be delivered from the mobile TV service provider. The mobile pointer record data is sent to a content server maintained by the mobile TV service provider where a corresponding content server pointer record is created and stored such that the mobile TV service provider associates the content server pointer record with stored content. When desired, a request is sent to the mobile TV service provider from the portable mobile communications device by selecting the desired mobile pointer record for the content. The mobile TV service provider identifies the content via the corresponding content server pointer record and delivers the requested stored content to the portable mobile communications device.

Abstract: A wireless communications device is a hub for a conference call between a user of the device, a first remote party, and a second remote party. The wireless communications device communicates with the first remote party over a first connection and with the second remote party over a second concurrently active connection. A circuit in the wireless communications device transcodes voice data received over the first and second connections so that the voice data may be shared between the parties.

Abstract: A portable communication device and method for sharing electronic program information from one mobile device to another device includes an electronic program guide (EPG) application and an EPG sharing application for transparently embedding metadata into communication that may be sent to a recipient via a communications network. The embedded metadata may be used to add the broadcast program to the recipient's EPG. The message or communication may contain a text message, short video message, or other MMS message indicative of the general nature of the program and/or the reasons that the program has been recommended or sent to the recipient.

Abstract: To improve the consumer experience with electronic devices, a system and method is provided for customizing media content, and particularly video content, by creating highlight portions of the video content. In exemplary embodiments, the video files are “marked” or “flagged” about the portions of the video content to segment the highlight portions within the media file. The marks or flags may be inputted and incorporated as part of the metadata associated with the video file. A user's electronic device may then extract the marks or flags from the metadata, which causes a media player on the portable electronic device to play only the marked highlight portions. In addition, a user may share the highlights with others by transmitting the marked video files to others' electronic devices. Alternatively, the highlight creator may transmit only the metadata to another's electronic device, and the metadata marks may be extracted and applied to a video file stored on the other's device or streamed thereto.

Abstract: Methods and apparatus for distributing multimedia files to wireless-equipped subscriber units are disclosed. In an exemplary method, a multimedia title is associated with a subscriber unit and a multimedia file corresponding to that multimedia title is downloaded to a roving file server using a broadband communications link. After the roving file server detects that it is within range of a wireless transceiver associated with the subscriber unit, the multimedia file is transferred to the subscriber unit using the detected wireless transceiver.

Abstract: A method of distributing programs enables distribution of programs on demand to end devices in a communication network to enable communication between first and second end devices. A data object server stores programs that are needed for communication between first and second end devices. The programs are associated by the data object server with a device class. The first and second end devices can send data object requests to the data object server to request an program associated with a particular device class. In response to the data object request, the data object server sends a control program associated with the specified device to one of the first and second end devices.

Abstract: Methods and systems for selectively transferring confidential or private information to a user of a communication device are disclosed. In an exemplary method, a trigger event is detected at a first communication device, resulting in the retrieval of a data object for transmission to a second communication device. If the data object includes private or confidential information, consent of a user of the first communication device is required before the data object may be sent to the second communication device. In some embodiments, consent is obtained by explicitly requesting consent from a user. In others, consent may be deemed under pre-determined circumstances.

Abstract: Techniques for processing data related to common interests of two or more users of a communication system are disclosed. In an exemplary method disclosed hererin, the occurrence of a trigger event at a first communication device is detected, wherein the trigger event is related to communications between the first communication device and a second communication device. In response to the trigger event, the transmission of a first data object to the second communication device is initiated, wherein the first data object comprises information indicating one or more interests of a user of the first communication device. The exemplary method further comprises receiving and processing a second data object formed in response to the first data object, the second data comprising data related to one or more common interests shared by the users of the first and second communication devices.

Abstract: Disclosed are methods and apparatus for controlling the transfer of data objects to a communication device based on a comparison of one or more attributes of the data object to a delivery profile, which may reflect a device user's preferences. An exemplary method disclosed herein comprises detecting the occurrence of a trigger event related to communication between two devices and identifying a data object in response, based on one or more of a trigger event type, an identifier for the first communication device, and an identifier for the second communication device. The method further comprises comparing at least one content attribute for the data object to a pre-determined delivery profile corresponding to the second communication device and selectively delivering the data object to the second communication device based on the comparison.

Abstract: A method for detecting the availability of an alternate wireless communication system. A wireless terminal registers with a first wireless communication system. A determination is made as to whether the wireless terminal has moved out of a selected geographic region. An alternate wireless communication system is scanned for responsive to determining that the wireless terminal has moved out of the selected geographic region. The alternate wireless communication system has a communication protocol that is different from a communication protocol of the first wireless communication system.

Abstract: A communications system in which information is transmitted in successive time slots grouped into a plurality of superframes which are, in turn, grouped into a plurality of hyperframes. A remote station is assigned to one of the time slots in each of the superframes for paging the remote station, each hyperframe including at least two superframes, and the information sent in the assigned time slot in one superframe in each hyperframe is repeated in the assigned time slot in the other superframe(s) in each hyperframe. Each superframe can include a plurality of time slots used for sending paging messages to remote stations, grouped into a plurality of successive paging frames, and the time slot to which the remote station is assigned is included once in every paging frame. Also, each superframe may include time slots comprising a logical channel for broadcast control information and time slots comprising a logical paging channel.

Abstract: A communications system in which information is transmitted in successive time slots grouped into a plurality of superframes which are, in turn, grouped into a plurality of hyperframes. A remote station is assigned to one of the time slots in each of the superframes for paging the remote station, each hyperframe including at least two superframes, and the information sent in the assigned time slot in one superframe in each hyperfame is repeated in the assigned time slot in the other superframe(s) in each hyperframe. Each superframe can include a plurality of time slots used for sending paging messages to remote stations, grouped into a plurality of successive paging frames, and the time slot to which the remote station is assigned is included once in every paging frame. Also, each superframe may include time slots comprising a logical channel for broadcast control information and time slots comprising a logical paging channel.

Abstract: A communications system in which information is transmitted in successive time slots grouped into a plurality of superframes which are, in turn, grouped into a plurality of hyperframes. A remote station is assigned to one of the time slots in each of the superframes for paging the remote station, each hyperframe including at least two superframes, and the information sent in the assigned time slot in one superframe in each hyperframe is repeated in the assigned time slot in the other superframe(s) in each hyperframe. Each superframe can include a plurality of time slots used for sending paging messages to remote stations, grouped into a plurality of successive paging frames, and the time slot to which the remote station is assigned is included once in every paging frame. Also, each superframe may include time slots comprising a logical channel for broadcast control information and time slots comprising a logical paging channel.

Abstract: A communications system in which information is transmitted in successive time slots grouped into a plurality of superframes which are, in turn, grouped into a plurality of hyperframes. A remote station is assigned to one of the time slots in each of the superframes for paging the remote station, each hyperframe including at least two superframes, and the information sent in the assigned time slot in one superframe in each hyperframe is repeated in the assigned time slot in the other superframe(s) in each hyperframe. Each superframe can include a plurality of time slots used for sending paging messages to remote stations, grouped into a plurality of successive paging frames, and the time slot to which the remote station is assigned is included once in every paging frame. Also, each superframe may include time slots comprising a logical channel for broadcast control information and time slots comprising a logical paging channel.

Abstract: A communications system in which information is transmitted in successive time slots grouped into a plurality of superframes which are, in turn, grouped into a plurality of hyperframes. A remote station is assigned to one of the time slots in each of the superframes for paging the remote station, each hyperframe including at least two superframes, and the information sent in the assigned time slot in one superframe in each hyperframe is repeated in the assigned time slot in the other superframe(s) in each hyperframe. Each superframe can include a plurality of time slots used for sending paging messages to remote stations, grouped into a plurality of successive paging frames, and the time slot to which the remote station is assigned is included once in every paging frame. Also, each superframe may include time slots comprising a logical channel for broadcast control information and time slots comprising a logical paging channel.

Abstract: A cellular radiotelephone which includes a programmable memory location which is programmed with a unique initial identification number is remotely programmed by providing the initial identification number to a cellular system, and establishing a page from the cellular system to the radiotelephone using the initial identification number to identify the radiotelephone. Data, including a mobile identification number, is transmitted during the page, and the programmable memory location is programmed with the mobile identification number. Accordingly, the radiotelephone can be conveniently programmed after purchase from a remote location. In addition, the initial identification number may comprise predetermined digits chosen from the electronic serial number.

Abstract: A communications system in which information is transmitted in a plurality of time slots grouped into a plurality of superframes which are, in turn, grouped into a plurality of paging frames. A remote station receives paging messages once in each paging frame.