Abstract: The invention is a data network system (110) and method for forwarding a communication message intended for one device to another device. A target user of a target device (one of 102-108) configures configuration data of the target device for the system. The configuration information includes one or more forwarding lists in which each forwarding list identifies at least one next device (another one of 102-108). The system then receives (204) a communication message from an originating device (yet another one of 102-108) and retrieves (206) configuration data of the target device. Next, the system determines (208) whether the target device is available for interactive communication with the originating device based on the configuration data. If the target device is available for interactive communication with the originating device, then the system routes (210) the communication message to the target device.

Abstract: A method and apparatus for providing multimodal communication outputs information, such as retrieved content, in a first modality. An output modality change command is generated, such as via a multimodal user input interface, or other suitable mechanism. A multimodal communication apparatus and method then reprovides the previously output information as reprovided information in a different output modality in response to receiving the output modality change command. Accordingly, a user or unit may have content delivered in one modality and redelivered in a different preferred modality or modalities. Accordingly, a user or device may request output modalities dynamically so that content can be delivered using a different user preference after the content has already been provided in a first modality.

Abstract: An apparatus (20) and methods are provided for providing Instant Messaging (IM) in a wireless communication system. The apparatus (20) comprises an IM data storage device (22) configured to store first IM contact data associated with an IM client and an IM server (24) configured to access the IM data storage device (22) and retrieve the first IM contact data associated with the IM client. The apparatus (20) is further comprised of an IM access portal (26) in operable communication with the IM server (24) and configured to access second IM contact data associated with the IM client and transmitted to a wireless device (29) of the IM client during a prior wireless connection. The IM access portal (26) is further configured to perform a comparison of the first IM contact data and the second IM contact data and transmit difference IM contact data (54) to the wireless device (29) of the IM client that is produced with the comparison of the first IM contact data and the second IM contact data.

Abstract: There is provided a mobile station communicating with one or more remote devices, and method thereof. The mobile station (102) comprises a display (220, 300) configured to identify two or more concurrent user contexts of the mobile station that communicate messages to the remote device or devices. The display (220, 500, 600) is also configured to provide a plurality of concurrent messaging sessions within a single window.

Abstract: A method and apparatus for providing multimodal communication outputs information, such as retrieved content, in a first modality. An output modality change command (122) is generated, such as via a multimodal user input interface (116), or other suitable mechanism. A multimodal communication apparatus (102) and method then reprovides the previously output information as reprovided information (124) in a different output modality in response to receiving the output modality change command (122). Accordingly, a user or unit may have content delivered in one modality and redelivered in a different preferred modality or modalities. Accordingly, a user or device may request output modalities dynamically so that content can be delivered using a different user preference after the content has already been provided in a first modality.

Abstract: A method of setting user control preferences where a personal communication device communicates user control preferences to a control device. The control device controls the controllable attributes of a location in accordance with the user control preferences. In addition, general control preferences can be communicated to the control device followed by manual adjustment of the controllable attributes where the adjusted controllable attributes are communicated to the personal communication device and stored therein.

Abstract: A self-positioning wireless transceiver system increases the communication range of a source device. A plurality of communicatively coupled self-positioning transceivers automatically position themselves with respect to the source device to increase the communication range of the source device. When communicative coupling between the source device and a particular destination device within the increased communication range is detected, the plurality of self-positioning transceivers automatically position themselves and create a communication link between the source device and the destination device. Each of the self-positioning transceivers includes a mobility mechanism that permits the self-positioning transceiver to automatically position itself as necessary to create desired communication links.

Abstract: The invention is a data network system (110) and method for forwarding a communication message intended for one device to another device. A target user of a target device (one of 102-108) configures configuration data of the target device for the system. The configuration information includes one or more forwarding lists in which each forwarding list identifies at least one next device (another one of 102-108). The system then receives (204) a communication message from an originating device (yet another one of 102-108) and retrieves (206) configuration data of the target device. Next, the system determines (208) whether the target device is available for interactive communication with the originating device based on the configuration data. If the target device is available for interactive communication with the originating device, then the system routes (210) the communication message to the target device.

Abstract: An apparatus (20) and methods are provided for providing Instant Messaging (IM) in a wireless communication system. The apparatus (20) comprises an IM data storage device (22) configured to store first IM contact data associated with an IM client and an IM server (24) configured to access the IM data storage device (22) and retrieve the first IM contact data associated with the IM client. The apparatus (20) is further comprised of an IM access portal (26) in operable communication with the IM server (24) and configured to access second IM contact data associated with the IM client and transmitted to a wireless device (29) of the IM client during a prior wireless connection. The IM access portal (26) is further configured to perform a comparison of the first IM contact data and the second IM contact data and transmit difference IM contact data (54) to the wireless device (29) of the IM client that is produced with the comparison of the first IM contact data and the second IM contact data.

Abstract: A wireless communication system receives (402) a communication specifying a portable subscriber unit (122) for which the communication is intended, and further indicating an originator location at which an originator of the communication is positioned. The system determines (404) a recipient location at which the portable subscriber unit is positioned. The system then calculates (406) a distance between the originator location and the recipient location, and routes (412) the communication to the portable subscriber unit when the distance meets a distance criterion.

Abstract: A group selected from a plurality of portable subscriber units (122) is defined (402), and a plurality of locations corresponding to members of the group are identified (404) by a controller (112) in cooperation with a base station and the group members. The controller determines (406) from the plurality of locations at least one distance between selected ones of the members, and sends (408) a notification when the at least one distance satisfies a predetermined set of rules.

Abstract: A subscriber unit (122) maintains an application registry (226) for registering (404) applications accessible to the subscriber unit. A fixed portion (102) of a wireless communication system keeps (514) a current copy (324) of the application registry of the subscriber unit, and checks (520) the current copy of the application registry in response to having data to send to the subscriber unit. The fixed portion sends (526) the data only when the fixed portion determines (522) that an application compatible with the data is accessible to the subscriber unit.

Abstract: A wireless communication system conducts (402) communications between a fixed portion (102) of the wireless communication system and a portable subscriber unit (122) carried by a user; and records (404) a relevant aspect of the communications, thereby producing recorded information. The system determines (405) a current time of day and a current position of the user and makes (406) a comparison of the recorded information with the current time of day and the current position of the user to determine whether an alert is necessary, and generates (412) the alert when the comparison determines the alert is necessary.

Abstract: A wireless communication system receives (402) a communication specifying a portable subscriber unit (122) for which the communication is intended, and further indicating an originator location at which an originator of the communication is positioned. The system determines (404) a recipient location at which the portable subscriber unit is positioned. The system then calculates (406) a distance between the originator location and the recipient location, and routes (412) the communication to the portable subscriber unit when the distance meets a distance criterion.

Abstract: A table (328) is created (402) for mapping, for ones of a plurality of portable subscriber units (122), a plurality of message types to a corresponding plurality of locations. A message matching one of the plurality of message types is then received (404) by a controller (112), the message intended for a portable subscriber unit. In response, the controller and the portable subscriber unit cooperate to determine (406) the location of the portable subscriber unit. The controller sends (428) the message to the portable subscriber unit when the location matches one of the plurality of locations corresponding to the one of the plurality of message types.

Abstract: An application registry (226) is programmed (504) into a wireless modem (124) and includes routing information for routing data, based upon data type, to an application (244) or to storage (238, 236). Thereafter, the wireless modem receives (602) the data and determines (604) the data type. The wireless modem then routes (614, 628, 624, 618) the data in accordance with the routing information for the data type and, when the routing information indicates the application is located in an external device, further in accordance with an accessibility status of the external device.

Abstract: A browser functionality is split between a wireless client (122) and an infrastructure portion (102) of a wireless communication system. The infrastructure portion sends (412) to the wireless client a response from a server (124) to an earlier request originated (404) by the wireless client, the response modified by the infrastructure portion to comprise a placeholder for an additional data element needed to complete the response. Without a need for a further request from the wireless client, the infrastructure portion then originates (414) a request to the server for the additional data element and forwards (418) the additional data element to the wireless client when received from the server.