Abstract: A system and method for tracking a wireless communications device of a user may include, in response to receiving a request to track the wireless communications device, notifying a plurality of wireless networks of different communications carriers to collect geographic coordinates at which a wireless communications device is located. Geographic coordinates of the wireless communications device may be collected from at least one of the wireless networks and communicated to a requestor for tracking the wireless communications device.

Abstract: An embodiment of a system, method, and apparatus for facilitating wideband audio communication and digital subscriber line data communication includes a filter configured to be coupled to a line conditioning coil. The line conditioning coil includes a frequency response having a first passband extending over a portion of a narrowband voice frequency range, a second passband extending over a portion of a digital subscriber line frequency range. The line conditioning coil further includes a frequency notch having a frequency range between the first passband and the second passband. The frequency notch attenuates signals over a portion of a wideband audio frequency range. The filter has a cut-off frequency below the frequency notch and a passband extending over at least a portion of the frequency notch. The filter is configured to amplify signals within the frequency range of the frequency notch to compensate for the attenuation caused by the frequency notch.

Abstract: A method and system are presented for sensing a physical position of a cordless handset with respect to a base unit. A dataset of measured line currents may be initialized. A line extension may receive a number for use in determining the position of an associated cordless handset. Stored on-base-unit and off-base-unit line currents may be accessed. A determination may be if the cordless handset is positioned on the base unit, and in response to a determination that the handset is in contact with the base unit, a desired task may proceed.

Abstract: A method, system, and medium are provided for testing a network communications component. A model of a substantially ideal communications network is provided and a test signal is generated at an input of the network model. An output signal from the model is transmitted to the network component. The signal is suitable for analyzing acoustic parameters of the network component. The acoustic parameters are analyzed based upon a response of the network component to the output signal.

Abstract: An embodiment of a method and apparatus for determining a change in network-generated crosstalk levels caused by a multi-line phone includes determining a first crosstalk level between a first line pair and a second line pair of a multi-line phone caused by the multi-line phone, and determining a second crosstalk level between each of the first line pair and the second line pair of the multi-line phone. The second crosstalk level is determined when the first line pair and the second line pair are coupled to a first predetermined length of network line pair cable. The method further includes determining a change of network generated crosstalk levels caused by the multi-line phone by subtracting the first crosstalk level from the second crosstalk level.

Abstract: A method and apparatus for controlling the transmit volume level of a speakerphone includes receiving a transmit audio signal. If the speakerphone is in a speakerphone mode, the method further includes measuring a send output level of the transmit audio signal, comparing the send output level of the transmit audio signal with a send output level threshold value, and controlling the send output level of the transmit audio signal based upon the comparison of the send output level of the transmit audio signal and the send output level threshold value using automatic gain control. Some embodiments further include determining the send output level threshold value based upon a send loudness rating (SLR) target difference value between a speakerphone SLR target value and a handset SLR target value. In some embodiments, if the speakerphone is in a handset mode, the send output level of the transmit audio signal remains substantially the same.

Abstract: An embodiment of a method for providing a personalized greeting to a caller includes receiving an incoming call addressed to a first communication device from a caller using a second communication device, and determining a received caller identifier associated with the second communication device. The method further includes determining if the received caller identifier matches a pre-assigned caller identifier from a pre-assigned caller list. If the received caller identifier matches a pre-assigned caller identifier the method further includes playing an outgoing audio message associated with the pre-assigned caller identifier, recording an audio message from the caller, converting the audio message into a text message, and sending the text message to a user associated with the first communication device.

Abstract: A system and method for communicating an emergency data message includes receiving a data message and determining whether an emergency abbreviated dialing code was received with the data message. If an emergency data message includes an abbreviated dialing code, an emergency data message short code associated with the abbreviated dialing code may be requested. A cell code identifier in which the wireless communications device is located may be determined, and the data message, emergency data message short code, and cell code identifier may be communicated via a communications network for the data message to be routed to a PSAP handling emergencies in an area in which the wireless communications device is located.

Abstract: A system and method for communicating geographic coordinates with an emergency data message to a public safety answering point (PSAP) may include receiving a request from a user to send an emergency data message to a PSAP and determining whether geographic coordinates are locally available. If geographic coordinates are locally available, then the locally available geographic coordinates may be obtained and included with an emergency data message. Otherwise, if the geographic coordinates are not locally available, then a request for geographic coordinates from a network node on a communications network may be made and received from the communications network for inclusion with the emergency data message. The emergency data message may be communicated to a network node on the communications network for routing to the PSAP.

Abstract: A wireless communications device and method for generating and communicating an emergency text message includes in response to receiving a request to communicate an emergency text message, accessing stored personal data for use in generating content of the emergency text message. A determination may be made if current location coordinates are available. The emergency text message may be populated with the accessed stored personal data and current location coordinates, if available. The populated emergency text message may be communicated over a communications network.

Abstract: A system and method for updating a public safety answering point (PSAP) with a current location of a user may include communicating a first emergency message including a set of geographic coordinates to a PSAP in response to a user request to send an emergency message from a wireless communications device. The emergency may be a text message. The set of geographic coordinates of the wireless communications device may be updated, and a second emergency message including the updated set of geographic coordinates of the wireless communications device may be communicated to the PSAP. By updating the geographic coordinates, an operator at the PSAP may provide emergency personnel with changes in location of the user.

Abstract: A wireless communications device including a housing, a user interface configured to enable a user to type text messages for communication over a communications network, an emergency message button selectable by a user, and a processing unit in communication with the user interface and emergency message button. The processing unit may be configured to generate and send an emergency message to a public safety answering point in response to a user selecting the emergency message button.

Abstract: A wireless communications device and method for establishing a voltage threshold at which to turn off electronics of a wireless communications device includes determining a power threshold level at which a device is to be shut off when a battery of the device reaches or drops below the power threshold level. The determined power threshold level may be offset. The amount of power remaining for the battery in the communications device may be measured. The communication device may be shut off based on the offset power threshold level so as to preserve enough power for an emergency message to be generated and sent in the case of an emergency.

Abstract: A system and method for capturing emergency data messages in a network environment includes receiving, at a first network node, an emergency data message communicated from a wireless communications device. The emergency data message may be accompanied by an origination address and destination address indicative of an emergency network address. A determination may be made at the first network node to determine whether the origination address matches a monitored address established by a law enforcement agency to capture data messages to or from the origination address. If it is determined that the origination address matches the monitored address, then a copy of the emergency data message may be routed to a second network node for collection of the emergency data message and the emergency data message may be routed to the destination address. Otherwise, the emergency data message may be routed to the destination address.

Abstract: A wireless communications device and method for generating and communicating an emergency text message includes, in response to receiving a request initiated from one of a plurality of emergency message buttons configured to initiate communication of respective emergency messages related to different emergency categories, generating an emergency message related to the respective emergency category. The generated emergency message may be then be communicated over a communications network.

Abstract: A system and method for receiving and processing data messages at a PSAP may include parsing an emergency data message to identify data elements in an emergency data message, populating data fields of a data record with the data elements of the emergency data message, and displaying the data record in a list of selectable data records representative of received emergency data messages for an operator at the PSAP to view.

Abstract: A wireless communications device and method for generating and communicating an emergency text message, includes in response to receiving a request to communicate an emergency text message, accessing stored personal data for use in generating content of the emergency text message. A determination may be made as to whether current location coordinates are available. The emergency text message may be populated with the accessed stored personal data and current location coordinates, if available. The populated emergency text message may be communicated over a communications network to a public safety answering point.

Abstract: A system and method for providing information associated with public safety answering points may include storing a set of records including information associated with a plurality of PSAPs, each record may include (i) an identifier indicative of a PSAP available to service emergency communications, (ii) at least one cell code identifier indicative of cell sites in which the associated PSAP services, and (iii) at least one network address capable of receiving certain emergency data message types. In response to receiving a request, a PSAP local to a wireless communications device of a user who sent an emergency data message may be identified, and a network address associated with the identified local PSAP may be provided.

Abstract: A system and method for routing emergency image messages to a PSAP may include receiving an emergency data message and identifying that the emergency data message includes an image. A location of a wireless communications device used to send the emergency data message may be determined. At least one PSAP local to the emergency communications device may be identified and a determination as to which, if any, of the at least one PSAP is capable of receiving an emergency data message that includes an image may be made. The emergency data message that includes an image may be routed to a PSAP local to the wireless communications device and capable of receiving emergency data messages that include an image.

Abstract: A wireless communications device and method for communicating an emergency message to a public safety answering point (PSAP) may include storing (i) data representative of a plurality of emergency messages being of different message types and (ii) a network address associated with each emergency message. In response to a user selecting one of the emergency messages, the selected emergency message and associated network address may be established as defaults for communication of the default emergency message to a PSAP over the communications network. In response to the user requesting to send an emergency message, the default emergency message may be generated by using the default network address to communicate the emergency message and communicated over the communications network to the default network address for routing the default emergency message to a PSAP local to the user.