Abstract: Techniques for small footprint operator-specific network services include determining to obtain and/or process operator data that indicates an operator of a service associated with user equipment. The techniques also include determining to obtain and/or process user data that identifies a user of the user equipment for a gateway provider different from the operator and different from the user. The techniques further include determining to send, to the gateway provider through the communications network, a first message that indicates the operator data and the user data for obtaining a service with an operator-specific interface. In some embodiments, the first message is sent after a random delay to decentralize traffic at the gateway. In some embodiments, the first message is sent when a predetermined fraction of battery life at the user equipment is sufficient to send the first message.

Abstract: A system for providing content to a mobile terminal includes a source and a messaging gateway. The source is capable of reformatting content intended for receipt by a terminal, and transferring the reformatted content and an address of the terminal to the messaging gateway. The content can be reformatted in any of a number of different manners, including for example, a vectorized format such as the scalable vector graphics (SVG) format. In response to receiving the reformatted content and address of the terminal, the messaging gateway is capable of signaling the terminal, the signaling including information required to access the reformatted content. As such, the terminal can thereafter send a request to the messaging gateway in response to the messaging gateway signaling the destination client, and thereafter download the reformatted content from the messaging gateway, such as at least partially across a cellular network.

Abstract: Techniques for small footprint operator-specific network services include determining to obtain and/or process operator data that indicates an operator of a service associated with user equipment. The techniques also include determining to obtain and/or process user data that identifies a user of the user equipment for a gateway provider different from the operator and different from the user. The techniques further include determining to send, to the gateway provider through the communications network, a first message that indicates the operator data and the user data for obtaining a service with an operator-specific interface. In some embodiments, the first message is sent after a random delay to decentralize traffic at the gateway. In some embodiments, the first message is sent when a predetermined fraction of battery life at the user equipment is sufficient to send the first message.

Abstract: A system for directing the rendering content includes a plurality of participants and a conferencing server. The participants include a source and at least one destination that are each capable of storing content. The source is capable of operating in a fixed network environment, and at least one of the destinations comprises a mobile terminal operating in a cellular network environment. The conferencing server is capable of establishing a conference session between the participants, where one of the participants is a host of the conference session and the other participants are members of the conference session. The conferencing server is capable of receiving control events from the host, and thereafter transferring the control events to the members. The members are then capable of rendering the content stored by the respective members in accordance with the control events.

Abstract: A system for providing content to a mobile terminal includes a source and a messaging gateway. The source is capable of reformatting content intended for receipt by a terminal, and transferring the reformatted content and an address of the terminal to the messaging gateway. The content can be reformatted in any of a number of different manners, including for example, a vectorized format such as the scalable vector graphics (SVG) format. In response to receiving the reformatted content and address of the terminal, the messaging gateway is capable of signaling the terminal, the signaling including information required to access the reformatted content. As such, the terminal can thereafter send a request to the messaging gateway in response to the messaging gateway signaling the destination client, and thereafter download the reformatted content from the messaging gateway, such as at least partially across a cellular network.

Abstract: A system for providing content to a mobile terminal includes a source and a messaging gateway. The source is capable of reformatting content intended for receipt by a terminal, and transferring the reformatted content and an address of the terminal to the messaging gateway. The content can be reformatted in any of a number of different manners, including for example, a vectorized format such as the scalable vector graphics (SVG) format. In response to receiving the reformatted content and address of the terminal, the messaging gateway is capable of signaling the terminal, the signaling including information required to access the reformatted content. As such, the terminal can thereafter send a request to the messaging gateway in response to the messaging gateway signaling the destination client, and thereafter download the reformatted content from the messaging gateway, such as at least partially across a cellular network.

Abstract: A resource request that is originated by a short-range wireless communications device originates a request. A location indicator is added to the resource request that identifies a location of the WCD. The location indicator is based on a location of an access point that forwarded the resource request. Then, the resource request is forwarded to a content server.

Abstract: An apparatus, method and system to route object exchanges beyond clients and object exchange (OBEX) servers in close proximity with one another. The present disclosure further provides the ability to route OBEX communications across a communications network such as the Internet. The present disclosure also teaches that a bridge device may support both short range RF communications, such as Bluetooth, and TCP/IP communications. The present disclosure tracks and enables OBEX enabled clients to send and receive information far outside their immediate wireless transmission range to remote servers.

Abstract: A resource request that is originated by a short-range wireless communications device originates a request. A location indicator is added to the resource request that identifies a location of the WCD. The location indicator is based on a coverage area within an access point that forwarded the resource request. Then, the resource request is forwarded to a content server.

Abstract: A network including a host device and a plurality of transceiver satellite nodes for communicating data from terminal devices interacting with the nodes, to the host. The nodes include identification codes used by the host for establishing wireless communication links either between a node and the host, or between two or more nodes. The host includes a data store for storing identification codes of nodes. The host pages the nodes by their identification codes and, upon establishing communication with a node, the list of identification codes is passed to the node, which then pages other nodes which may be out of range of the host, which then receive the list and may page yet other nodes, until all listed nodes are linked into the network. A tag reader is connected or connectable to the host for reading tags associated with nodes and thereby capturing the identification codes of the nodes.

Abstract: A system for establishing and effectuating a conference session includes a plurality of participants. In turn, the participants include a source capable of operating in a fixed network environment, and at least one destination capable of operating in a cellular network environment. The participants are capable of establishing a conference session where one of the participants is a host and the other participants are members. During the conference session, then, the host is capable of sharing content with the members by reformatting content rendered for a local display into a vectorized format, and reformatting at least one update to the rendered content into a vectorized format. The host can transfer the reformatted content and reformatted update(s) to the members, which are then capable of rendering the respective reformatted content and reformatted update(s) in a manner at least partially in synch with the host rendering of the respective content and update(s).

Abstract: A system for directing the rendering content includes a plurality of participants and a conferencing server. The participants include a source and at least one destination that are each capable of storing content. The source is capable of operating in a fixed network environment, and at least one of the destinations comprises a mobile terminal operating in a cellular network environment. The conferencing server is capable of establishing a conference session between the participants, where one of the participants is a host of the conference session and the other participants are members of the conference session. The conferencing server is capable of receiving control events from the host, and thereafter transferring the control events to the members. The members are then capable of rendering the content stored by the respective members in accordance with the control events.

Abstract: The invention relates to a method of transmitting a message from a wireless radio-frequency short-range communication network (20) via a gateway (21) to a network (14, 24) external to the communication network (20). The method comprises receiving a first message (41) via a short-range radio link at the gateway from a terminal device (23) of the short-range communication network (20), the first message being addressed to an element (25, 34) external to the short-range communication network, and the first message comprising a network address of said terminal device as a transmitter's address and a first port number as a source port number, the network address of the terminal device being used inside the short-range communication network.

Abstract: A system for providing content to a mobile terminal includes a source and a messaging gateway. The source is capable of reformatting content intended for receipt by a terminal, and transferring the reformatted content and an address of the terminal to the messaging gateway. The content can be reformatted in any of a number of different manners, including for example, a vectorized format such as the scalable vector graphics (SVG) format. In response to receiving the reformatted content and address of the terminal, the messaging gateway is capable of signaling the terminal, the signaling including information required to access the reformatted content. As such, the terminal can thereafter send a request to the messaging gateway in response to the messaging gateway signaling the destination client, and thereafter download the reformatted content from the messaging gateway, such as at least partially across a cellular network.

Abstract: A short-range RF network deployed at a site larger than the coverage area of a single short-range RF transceiver includes a plurality of short-range RF transceivers deployed with overlapping coverage areas and accessible through a gateway, and accommodates terminal devices to establish communication through any transceivers with the gateway or with other of the terminal devices. The system further includes a WAP/Web server in communication with the Internet and in communication with the gateway. Terminal devices may establish Internet sessions through a node, the gateway, the WAP/Web server, and the Internet with remote Web servers or with remote users, and are assigned PPP IP numbers for such sessions. A terminal device which roams from the coverage area of one node to the coverage area of another node, and which is accordingly assigned a new PPP IP number, may continue in an Internet session by virtue of a shared database associated with the WAP/Web server and updated by the gateway.

Abstract: A resource request that is originated by a short-range wireless communications device originates a request. A location indicator is added to the resource request that identifies a location of the WCD. The location indicator is based on a coverage area within an access point that forwarded the resource request. Then, the resource request is forwarded to a content server.

Abstract: System, apparatus and method for enabling a content sender and users of mobile terminals, such as mobile phones, to share content during a voice call. An exemplary method includes: receiving, from a content sender, content and an identifier of a mobile terminal; processing the content to make it more suitable for mobile delivery and/or use based on content type and/or terminal type; selecting a user interface for consumption of the processed content by a user of the mobile terminal based on content type and/or mobile terminal type; and downloading the user interface and the processed content to the mobile terminal. The user interface is preferably a Java source code template or pre-complied Java application into which the processed content is embedded to form a standalone Java MIDlet that facilitates downloading and use of the content by a user of the mobile terminal.

Abstract: A resource request that is originated by a short-range wireless communications device originates a request. A location indicator is added to the resource request that identifies a location of the WCD. The location indicator is based on a location of an access point that forwarded the resource request. Then, the resource request is forwarded to a content server.

Abstract: An apparatus, method and system to route object exchanges beyond clients and object exchange (OBEX) servers in close proximity with one another. The present disclosure further provides the ability to route OBEX communications across a communications network such as the Internet. The present disclosure also teaches that a bridge device may support both short range RF communications, such as Bluetooth, and TCP/IP communications. The present disclosure tracks and enables OBEX enabled clients to send and receive information far outside their immediate wireless transmission range to remote servers.

Abstract: A network including a host device and a plurality of transceiver satellite nodes for communicating data from terminal devices interacting with the nodes, to the host. The nodes include identification codes used by the host for establishing wireless communication links either between a node and the host, or between two or more nodes. The host includes a data store for storing identification codes of nodes. The host pages the nodes by their identification codes and, upon establishing communication with a node, the list of identification codes is passed to the node, which then pages other nodes which may be out of range of the host, which then receive the list and may page yet other nodes, until all listed nodes are linked into the network. A tag reader is connected or connectable to the host for reading tags associated with nodes and thereby capturing the identification codes of the nodes.