Abstract:
A communication device contains multiple microphones that receive acoustic signals from a user and from the background. The acoustic signals from the user are enhanced using the background acoustic signals to reduce background noise. The enhanced signals are transmitted to an emergency network when an emergency call is made from the communication device. The raw signals are stored in the communication device for later retrieval or are transmitted simultaneously with the enhanced signals. The enhanced signals are transmitted using a circuit-switched voice mode while the raw signals are transmitted using a packet-switched voice mode.
Abstract:
A communication device contains multiple microphones that receive acoustic signals from a user and from the background. The acoustic signals from the user are enhanced using the background acoustic signals to reduce background noise. The enhanced signals are transmitted to an emergency network when an emergency call is made from the communication device. The raw signals are stored in the communication device for later retrieval or are transmitted simultaneously with the enhanced signals. The enhanced signals are transmitted using a circuit-switched voice mode while the raw signals are transmitted using a packet-switched voice mode.
Abstract:
A communication device contains multiple microphones that receive acoustic signals from a user and from the background. The acoustic signals from the user are enhanced using the background acoustic signals to reduce background noise. The enhanced signals are transmitted to an emergency network when an emergency call is made from the communication device. The raw signals are stored in the communication device for later retrieval or are transmitted simultaneously with the enhanced signals. The enhanced signals are transmitted using a circuit-switched voice mode while the raw signals are transmitted using a packet-switched voice mode.
Abstract:
A presence agent (101) receives a message with a request for a status of one or more entities. The presence agent (101) determines the status of the entities, and transmits a message with the status of the entities. Transmitting the message includes initiating a connection to a communication device (107). A watcher (103) monitors the status of the entities, and provides updated information regarding the status to the users. The watcher (103) receives a request for a status of entities, determines the status of the entities, and transmits, in response to receipt of the request, a response indicating the status. A communication device (107) transmits a message having a request for status of entities. The communication device receives, from a connection initiated by a communication network (105), a message with a status of the entities, and processes the status of the entities, in response thereto.
Abstract:
First location information related to a location-aware device (514) is gathered. Second location information for a location-unaware device (520) is determined from the first location information. A data structure is created comprising a binding of the second location information and an identifying parameter of the location-unaware device (520). The data structure is provided in a form usable by an application.
Abstract:
A service convergence fabric (103) is operably disposed between a plurality of independent access networks, control networks, and service networks (104) and a converged application layer (100). This service convergence fabric is then used (202) to receive a service request, process the service request, provide a corresponding response, and publish that response to facilitate the service request. Processing the service request can comprise processing the service request with respect to resources to support the service request, user session status as corresponds to the service request, and user preferences as correspond to the service request. Providing a response can comprise providing a response that comprises at least one of a processed service request and a converged response to the service request.
Abstract:
A service convergence fabric (51) is provided (11) between a plurality of independent access networks, control networks, and services networks (56) and a converged application layer (50). The service convergence fabric has access (12) to information regarding at least one of end-user information, service information, network information, device information, resource information, application information, and edge gateway information. The service convergence fabric uses (13) such information to facilitate interaction between applications of the converged application layer and one or more networks of the plurality of networks.