Abstract: A mobile device can send a notification to place a call using a PBX (e.g., using SIP signaling) or receive a notification of call availability for the mobile device at the PBX. An authentication token is provided over a data channel for use in authenticating the mobile device when calling the PBX on a voice channel. However, when the mobile device calls the PBX (e.g., on a DNIS number, where ANI information is made available to an application server), if ANI information is found to correspond to the mobile device, the PBX can send tone(s) indicating that the mobile device can respond with an abbreviated validation tone, rather than the entirety of the authentication token. If the ANI information is not obtained or not matched, then a different tone(s) is sent, indicating to provide the authentication token. If the authentication token provided does not match or if the mobile device does not respond, the voice channel is not set up.

Abstract: An apparatus, and an associated method, reconnects a communication party, such as a wireless device, into a call connection responsive to detection of a call connection drop of an ongoing communication session. A detector detects a call connection drop of an ongoing communication session. And, responsive to the detection, the connection is automatically reinitiated.

Abstract: Availability of a call for a mobile device can be signaled over a data channel; to avoid unnecessary airtime charges, an audio channel for the voice call is setup only if a user of the mobile device accepting the call. Responsive to the user accepting the call, the mobile device can signal to a network to establish the audio channel. Establishing the audio channel takes some time. The time in which the audio channel is established is used to output, at the mobile device, supplemental information received over the data channel, such as information about a calling party, such as directory information, organization information, and call history. The outputting of such information during this time period makes a user experience better, because the user is less likely to think that a call has failed by observing an unfilled delay between when the call was accepted through the user interface and when the audio channel is actually available to service the call.

Abstract: The present disclosure provides methods and apparatus for managing a document. An example aspect provides a method of requesting a document to be displayed at a portable electronic device, including: installing at a computer a printer driver for displaying documents at the portable electronic device; creating an association of a portable account identifier with a unique identifier of the portable electronic device; using the printer driver and the association, to transmit the document to the portable electronic device over a network; and transmitting from the computer the document.

Abstract: A mobile device can send a notification to place a call using a PBX (e.g., using SIP signaling) or receive a notification of call availability for the mobile device at the PBX. An authentication token is provided over a data channel for use in authenticating the mobile device when calling the PBX on a voice channel. However, when the mobile device calls the PBX (e.g., on a DNIS number, where ANI information is made available to an application server), if ANI information is found to correspond to the mobile device, the PBX can send tone(s) indicating that the mobile device can respond with an abbreviated validation tone, rather than the entirety of the authentication token. If the ANI information is not obtained or not matched, then a different tone(s) is sent, indicating to provide the authentication token. If the authentication token provided does not match or if the mobile device does not respond, the voice channel is not set up.

Abstract: A method of managing communications services begins with a communications platform receiving a request for a communications service to be provided to a communications device by a source other than the communications platform. The communications platform determines an authorization of the communications device to receive the communications service. The authorization comprises a permission of the communications device to receive the communications service during a lifetime of a communications session maintained with the communications device. The communications network authorizes delivery of the communications service to the communications device during the lifetime of the communications session, in accordance with the authorization.

Abstract: Provided herein is a distributed social network. The network comprises a host mobile device comprising a social media application and a mobile device in communication with the mobile device, the mobile device operable to obtain social media data from the host mobile device.

Abstract: A method, apparatus and system for handling a call received at a mobile communication device, in association with an automated number identification (ANI) number are provided. The ANI number is compared with a list of ANI numbers associated with an applications server, the list stored at the mobile communications device. When the ANI number is not in the list, a tone is provided on the call. When a corresponding tone is detected on the call in response to the tone, the call is handled as a call associated with the applications server and otherwise the call handled as a typical mobile communication call.

Abstract: Configuring a communication system. Configuring a Private Branch eXchange (PBX) system to respond to a configuration telephone number by routing call control for the configuration number to an Service Management Platform (SMP). Determining an enterprise extension associated with an enterprise account in the domain of the SMP. Directing a mobile communication device associated with the enterprise account to call the configuration telephone number, and to communicate the determined enterprise extension and an authentication token of the enterprise account. Receiving, at the PBX system, a call on the configuration telephone number. Routing the call to the SMP. Receiving the determined enterprise extension at the SMP. Determining the PBX system port of the call. Directing the mobile communication device to communicate the authentication token. Receiving the authentication token.

Abstract: A method of managing communications services begins with a communications platform receiving a request for a communications service to be provided to a communications device by a source other than the communications platform. The communications platform determines an authorization of the communications device to receive the communications service. The authorization comprises a permission of the communications device to receive the communications service during a lifetime of a communications session maintained with the communications device. The communications network authorizes delivery of the communications service to the communications device during the lifetime of the communications session, in accordance with the authorization.

Abstract: Aspects relate to initiating voice calls to mobile devices from an enterprise network. In one example, a server can initiate a voice channel to a mobile device, and if the mobile device cannot be reached, an access network may redirect the call from the server to a number identified as a voicemail number; however, such number is reconfigured to instead be directed to a number located within the enterprise network. The server can monitor or receive an indication that a call is incoming, and attributable to the mobile device. If such a call is incoming or received, then the server determines that the call has failed. If the mobile device answers the call, the server can determine that the voice channel has been established, without waiting for a confirmation indication, such as a DTMF tone.

Abstract: Mobile user equipment for use in a cellular communications environment performs an improved cell selection on transitions out of a connected mode state. The transitions might be from one connected mode state to another or from a connected mode state to idle mode. The improvement in cell selection lies in assembling the list of candidate cells prior to cell selection. In the prior art, the list of candidate cells would usually be restricted to the serving cell or active cells supporting communication between the equipment and the network prior to transition. In embodiments of the invention, the list might comprise cells which are not the serving cell or which are outside the active set, for example a network-preferred cell or cells neighboring the serving cell or cells of the active set.

Abstract: Exemplary methods and systems relate to telepresence at mobile devices. In one example the method can be performed on the mobile device. The mobile device can determine real-time availability of resources. The mobile device can further determine the composition of the telepresence session. The mobile device can further communicate the determined composition of telepresence data to a remote server. The mobile device can further receive telepresence data and perform a portion of the telepresence session data. Additionally, the present system can be configured to operate on a server or other electronic device.

Abstract: Systems, methods and programmed instructions are disclosed useful for transmitting signals representing data messages to and from a wireless handheld telephony device along a first call leg of a communication session previously established between the wireless handheld telephony device and at least one second telephony device, the communication session being controlled by a call control server.

Abstract: To handle a communication session at a wireless mobile communications device, after receiving an indication of current signal strength of an access point for a wireless local area network (“WLAN”) a signal strength threshold associated with the access point is retrieved. If the communication session is currently carried by a cellular network and the current signal strength exceeds the signal strength threshold, the communication session is switched from the cellular network to the WLAN. A metric is then adjusted based on timing of the switch relative to any switch of the communication session from the WLAN to the cellular network over a preceding time window associated with the access point. Based on the metric, the signal strength threshold associated with the access point is selectively adjusted.

Abstract: The present disclosure described herein relates to a wireless electronic device and method for managing access to a server. The method comprises: receiving from the wireless electronic device a message identifying one or more requested services; accessing a database to identify a plurality of services from a plurality of servers available in the network; analyzing the database to identify a server of the plurality of servers that provides a requested service of the requested services; generating and sending an access request to the server for the wireless electronic device; receiving from the server information relating to the server; and generating and sending a response message to the wireless electronic device providing the information.

Abstract: An apparatus, and an associated method, reconnects a communication party, such as a wireless device, into a call connection responsive to detection of a call connection drop of an ongoing communication session. A detector detects a call connection drop of an ongoing communication session. And, responsive to the detection, the connection is automatically reinitiated.

Abstract: Aspects relate to initiating voice calls to mobile devices from an enterprise network. In one example, a server can initiate a voice channel to a mobile device, and if the mobile device cannot be reached, an access network may redirect the call from the server to a number identified as a voicemail number; however, such number is reconfigured to instead be directed to a number located within the enterprise network. The server can monitor or receive an indication that a call is incoming, and attributable to the mobile device. If such a call is incoming or received, then the server determines that the call has failed. If the mobile device answers the call, the server can determine that the voice channel has been established, without waiting for a confirmation indication, such as a DTMF tone.

Abstract: Exemplary methods and systems relate to telepresence at mobile devices. Aspects comprise dynamic configuration of video provided from a server that intermediates between a mobile device and a telepresence system during a telepresence session. The server receives high definition video from the telepresence system and transcodes into a format that can indicated by the mobile device. The mobile device can dynamically update the format in response to real-time battery life and network interface status. A progressive reduction in bandwidth and power consumptive activities can be implemented. The device can implement face detection and face centering, front/back mobile device camera switching, and automatic contrast control and other video quality controls in an outgoing video stream.

Abstract: A method for discovering a communication device is disclosed. The method includes: receiving in the communication device a communication including a request for an address and an identification of an application, in response to receiving the communication, associating a dynamic address of the communication device with the identified application, and sending a second communication directly or indirectly to a client device, the second communication including the dynamic address. The communication device may further obtain a dynamic address in response to receiving the communication. The dynamic address may be used for a dedicated purpose, such as for receiving a file for subsequent use by the application.