Sprint Communications Comapny L.p.

Eric Michael Bloomcamp

Russell E Huntsman

Shane Robert Werner

Pierce Andrew Gorman

Jeffery O Green

Jeffrey Lee Uden

Warren Bruce Cope

Wen Xue

Benjamin James Parker

Khalid Mohamed Medhat

Eric C English

Brian J Finnerty

Robert E Geis

Nolan Christian Aubrecht

A method of updating an On Board Diagnostic system of a transportation vehicle comprises establishing On Board Diagnostic system access credentials for a mobile device linked to an account of a user of the transportation vehicle, wherein the access credentials are configured to serve as authorization information for access to the On Board Diagnostic system of the transportation vehicle and registering the mobile device to an On Board Diagnostic system access list. The method further comprises receiving the access credentials from the mobile device, authorizing the mobile device to access the On Board Diagnostic system of the transportation vehicle, receiving information about the transportation vehicle, and delivering an update to the mobile device, wherein the mobile device is configured to install the update on the On Board Diagnostic system.

Authenticating mobile device for on board diagnostic system access

In a packet communication system, session border controllers receive and process communication packets to detect DTMF signaling. If DTMF signaling is detected, the session border controllers determine if DTMF transcoding is required. If DTMF transcoding is required, the session border controllers transfer DTMF transcoding instructions to a DTMF transcoding server. In response to the transcoding instructions, the DTMF transcoding server transfers transcoded DTMF signaling.

Dual tone multi-frequency transcoding server for use by multiple session border controllers

A wireless communication system wirelessly receives a Frequency Modulation (FM) signal including audio data and Radio Data System (RDS) data. The wireless communication system audibly plays the audio data and graphically displays the RDS data from the FM signal. The wireless communication system detects action codes in the RDS data, and in response, initiates a wireless communication session with a wireless communication network. The wireless communication system also audibly captures user data. The wireless communication system then wirelessly transfers the captured user data for delivery to a server over the wireless communication session.

Wireless communication session initiation based on a frequency modulation (FM) radio data service (RDS)

Embodiments relate generally to systems and methods for receiving communication on a head unit, wherein the communication may be sent to a mobile device coupled to the head unit. The head unit may be enabled to receive communication sent to the mobile device by an application on the head unit, wherein the application may communicate with the network in communication with the mobile device. The head unit may be operable to receive communication sent to a plurality of mobile devices, wherein the head unit may prioritize the received communication. Communication sent to the mobile device and/or head unit may comprise calls, messages, emails, and/or data.

Dual path in-vehicle communication

A system, a method and computer-readable media for monitoring the state of a call. A system is provided that includes a user device configured to send and receive voice packets over a bearer path and further configured to send and receive signaling messages over a signaling path. The system also includes a media gateway configured to communicate the voice packets to the user device over the bearer path. In addition, the media gateway is configured to monitor the bearer path and to generate status messages indicating whether the bearer path is still active. The system further includes a call agent configured to maintain a record of the call by attempting to communicate with the user device over the signaling path and by utilizing the status messages received from the media gateway.

Use of bearer traffic to validate call records

Computer-readable media, computerized methods, and a touchscreen device manipulating user-input elements are provided. Generally, manipulation includes identifying a predefined configuration associated with a request received from a user and/or application, deriving configuration settings from the predefined configuration, and transmitting the configuration settings to an electromechanical device that adjusts a portion of user-input elements to an extended orientation and activates a portion of user-input elements. In embodiments, the extended user-input elements positioned in the extended orientation are activated, while the remainder are set to an idle condition. Typically, the extended user-input elements produce outwardly-extending protrusions expressed at a flexible touchpad incorporated in the touchscreen device. These outwardly-extending protrusions may replicate keys of a standard keyboard and correspond with the presently-running application implemented on the touchscreen device. User-initiated actuations of activated user-input elements provide a tactile feedback that substantially simulates a click generated by standard keyboard keys.

Feedback-providing keypad for touchscreen devices

An originating device coupled to an originating network requests a media call to a terminating device coupled to a terminating network. In between the originating and terminating networks, a tandem network receives a signaling message for the media call transferred by the originating network. The tandem network retrieves and processes numbers for the originating device and the terminating device from the signaling message to determine a loss adjustment for the media call and to select the originating device or the terminating device to make the loss adjustment. The tandem network transfers a loss instruction indicating the loss adjustment to the originating network or the terminating network for delivery to the selected device. The selected device receives the loss instruction and responsively makes the loss adjustment.

Loss adjustment control in a tandem media communication network

A system and method of operating a communication system is described. A communication interface receives a first user request for a voice service from a communication device. In response to receiving the first user request, the communication interface transfers an initial message requesting access to the voice service. The communication interface receives a response to the initial message that indicates that the voice service is not available. After receiving the response, the communication interface receives a second user request from the communication device. A processing system processes the second user request to determine if the second user request indicates an emergency service. If the second user request indicates the emergency service, then the communication interface transfers a call request for the emergency service. If the second user request does not indicate the emergency service, then the communication interface notifies the communication device that the voice service is not available.

Emergency call prioritization

A terminal adapter such as a residential gateway or an eMTA is configured to receive a set of signals such as a 403 message from network devices operating in a VoIP network. In response to receiving the signals, the terminal adapter provides audio information to a caller at a telephone. For example, when the caller attempts to make a call, the terminal adapter receives a 403 message which causes the terminal adapter to play an audio file to the caller.

Customized network congestion messaging for terminal adapters

A call control system comprises a communication interface and a processing system. The communication interface is configured to receive a first access request from a communication system requesting access to a voice service. The communication interface is configured to, in response to receiving the first access request, transfer a rejection to the communication system that indicates that the voice service is not available. The communication interface is configured to, in response to transferring the rejection, receive a first call request for a priority service from the communication system. The processing system is configured to process the first call request to determine if the first call request indicates the priority service. If the first call request indicates the priority service, then the communication interface is configured to transfer a second access request to a communication network in response to the first call request. The communication interface is configured to, in response to transferring the second access request to the communication network, receive a first successful response from the communication network. The communication interface is configured to, in response to receiving the first successful response, transfer a second call request to the communication network.

Call prioritization in a communication network

Embodiments of the present invention provide methods, systems, and computer-readable media for achieving a higher call completion rate in a system experiencing a mass calling event. The present invention has several practical applications in the technical arts including optimizing use of network resources during a mass calling event. In various embodiments, a network's resources are efficiently utilized by way of sampling a network element's control processing unit utilization. Additionally, the various embodiments respond by selecting to negatively acknowledging callers in a mass calling event state in order to prevent system components from becoming overloaded. Overloaded network system components lead to such issues as dropped signaling packets, and higher percentages of call failures. Embodiments of the invention are directed to achieving optimal call completion in the case of a mass calling event.

Algorithm to make optimal use of network resources during a mass calling event

A media docking station and is provided. A detachable media-content-receiving receiving component (MCRC) includes a connector that mates with a connection port of a docking base. The connection port operationally receives the connector. The docking base is equipped with a plurality of communications ports for communicating media content to a receiving devices inputted thorough said communications ports. In an alternative embodiment, an adapter is provided for mating a conventional MCRC with a base member.

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Olathe, KS, United States of America

Eric Michael Bloomcamp