Abstract: A system for and method for provisioning video ring back tones (vRBTs) is presented. The system may include one or more network enabled computers configured to receive video content from one or more parties over a network. The video content may be used to create one or more vRBTs. The vRBTs may be associated with one or more subscriber profiles. The vRBTs may be assigned to one or more parties. When a party attempts to place a video call to a subscriber, the vRBT may be played back on the calling party's video-equipped device until the subscriber answers the call, ignores the call, or sends the call to voicemail.

Abstract: A mobile device has several ways to determine position, some of which rely on interaction with the network. Once mobile device establishes a call, the call may remain on the network access technology and band over which the call was established, even if the call requires services not supported by the network access technology and/or band. So, when a call requires a position determination (e.g. emergency call), the mobile device selects a network access technology and band which will potentially improve the probability and accuracy of position determination, even if interaction with the network is not required because other position determination techniques (e.g. GPS) may be available.

Abstract: A device provides, to another device, a start request for an evolved multimedia broadcast multicast services (eMBMS) session, and receives eMBMS session traffic from the other device based on the start request. The device determines track information from the eMBMS session traffic, and decodes the eMBMS session traffic into a format understood by the device. The device determines quality information associated with the eMBMS session traffic, and presents, for display, the decoded eMBMS session traffic, the track information, and the quality information associated with the eMBMS session traffic.

Abstract: A device may be configured to store interactive program guide (IPG) data for generating an IPG. The IPG data may include information related to a media content service for providing media content and including information related to a home automation service for managing a home device. The device may receive input information from a media client device that causes display of the IPG. The input information may indicate an input related to the home device. The device may generate a part of the IPG related to the home automation service based on the input information and a part of the IPG data. The device may obtain home device information from a management server based on the input information. The device may provide the home device information and the part of the IPG to the media client device for display.

Abstract: A method and system are disclosed that enables crowd-sourcing of customer care. The disclosed crowd sourcing system may use a diverse workforce, including a business's customer base, an online community, and an employee base. The exemplary crowd-sourcing system may use a service level agreement for the crowd care providers that includes a time constraint period during which the crowd care provider may submit a response to a customer request. Customer requests may be routed to one or more particular crowd care providers or crowd care tiers, whose expertise and/or experience may be taken into account during such routing. In this manner, customer requests may be resolved in a timely fashion without relying solely on an employee base.

Abstract: Systems and methods that allow a user to enhance the experience on their mobile device and provide better information to make decisions based on sharing vehicle health information received from diagnostic systems on the car with applications on their mobile device. The system may receive trip information from a user device and vehicle health information from the vehicle and the user device. The system may generate an interactive map based on the trip information and the vehicle health information. The system may provide one or more notifications for the user based on the trip information and the vehicle health information. The system may receive calendar information and generate interactive maps and notifications based on the vehicle health information and the calendar information.

Abstract: Systems and methods for determining an action plan with respect to a returned device are disclosed. In some implementations, a computer receives an identifier of a returned device being processed by a replacement center. The computer provides the identifier of the returned device to a data repository. The computer receives, from the data repository, in response to the identifier of the returned device, data related to the returned device. The computer calculates a device retirement metric based on the data related to the returned device received from the data repository. The computer determines, based on the device retirement metric, an action plan to take with respect to the returned device. The computer provides an indication of the action plan with respect to the returned device.

Abstract: A system for and method of paper note authentication and tracking through NFC is presented. The system and method includes utilizing an authenticating device to receive paper note data using an NFC reader, transmit the paper note data to an authenticating party, receive an authentication determination and/or additional paper note data, and authenticate the paper note where the authentication determination indicates accordingly. The system and method may further include updating the paper note data upon authentication to prevent duplicate authentication attempts.

Abstract: A device receives a pilot channel from an access network, without connecting to the access network. The pilot channel includes information identifying an actual usage associated with the access network. The device determines whether the actual usage of the access network is greater than a particular usage associated with the access network, and selectively connects to the access network based on whether the actual usage of the access network is greater than the particular usage. The device connects to the access network, to provide data to a core network, when the actual usage of the access network is not greater than the particular usage. The device does not connect to the access network when the actual usage of the access network is greater than the particular usage.

Abstract: A user device receives, from a device associated with a vendor, a request for user preferences associated with a user of the user device. The user preferences are stored in a memory associated with the user device. The user device authenticates the vendor, and determines particular user preferences, from the user preferences, that are relevant to the vendor. The device approves the request for the user preferences when the vendor is authenticated. The device retrieves the particular user preferences from the memory based on the approval of the request for the user preferences, and provides the particular user preferences to the device. The particular user preferences are used to determine products, services, or content, of the vendor, to offer to the user.

Abstract: Devices and methods are provided for implementing a network resource management system that reduces network signaling traffic through a network. A network server utilizing a communication signaling protocol is configured with functionality that reduces call set-up signaling traffic. Instead of exchanging communication signaling protocol related signaling between a calling end user device and a destination end user device when attempting to set up the call, the disclosed examples provide for determining a call status of the destination end user device before sending any communication signaling protocol related messages to the destination end user device. If the destination end user device is unavailable or is on another call, the network server uses communication signaling protocol related messages to connect the calling end user device with a voice mail server related to the destination end user device and foregoes sending communication signaling protocol related messages to the destination end user device.

Abstract: In a Machine-to-Machine (M2M) communication, a data message from an M2M device is received over a mobile communication network at a server. The received data message includes a Mobile Station Identifier (MSID) number of the M2M device; GPS coordinates of the M2M device determined by the M2M device; and utility usage information. A utility account is identified based on the MSID. The distance between a pre-programmed location of the M2M device and the GPS coordinates received from the M2M device is calculated. The utility usage information is stored in the memory of the server upon determining that the distance is within a predetermined threshold.

Abstract: The method, system and device examples provide for a mobile device biometric authentication that authenticates an application user via a biometric input, and thereby reduce the need to enter complex user credentials into a mobile device to gain access to a mobile application. The examples leverage the biometric recognition operations managed by the operating system of the mobile device to allow a mobile application to authenticate the user as a valid user of the mobile application. In an example, a successfully unlocking of a mobile device via a biometric input from a user is used by the mobile application to perform an authentication operation with assistance from an authentication server to authenticate the user of the mobile device as a valid user of the mobile application. As a result, the mobile application grants access to the mobile application based on the user's biometric input.

Abstract: A device is configured to store target location information indicating an acceptable signal strength at a target location. The device may receive a signal emitted from a base station. The signal may be received at the target location. The device may measure the signal strength of the signal at the target location. The device may transmit a signal strength message including information based on the signal strength. The signal strength message may cause the base station to adjust a power with which signals are emitted from the base station such that the signals satisfy the acceptable signal strength at the target location.

Abstract: Systems and methods for handling an OPEN CHANNEL command from a universal integrated circuit card (UICC) of a mobile device are disclosed. In some implementations, a mobile device hosting a UICC receives, from the UICC, an initiation of an OPEN CHANNEL command with a uniform resource locator (URL) of a subscriber identity module over the air (SIMOTA) server. The mobile device signals for attempting to resolve the URL to an Internet Protocol (IP) address. Upon successfully resolving the URL to the IP address, the mobile device obtains the IP address associated with the SIMOTA server, connects to the SIMOTA server using the IP address, and returns a successful TERMINAL RESPONSE to the UICC. Upon failing to resolve the URL to the IP address, the mobile device returns an unsuccessful TERMINAL RESPONSE to the UICC.

Abstract: A device is configured to receive an authentication credential from a user device, and is configured to authenticate the user device based on the authentication credential. The device is configured to transmit, based on authenticating the user device, a first application for establishing a tunnel that permits the user device to access a second application using an Internet protocol multimedia subsystem (IMS) network architecture. The device is configured to establish, based on the first application, a tunnel for transferring IMS traffic to or from the user device, and is configured to transfer the IMS traffic to or from the user device, using the tunnel, where transferring the IMS traffic permits the user device to access the second application.

Abstract: A hybrid-model network application includes a native component that provides user-level access to features of a networked computing device and a web client component that provides access to web services of a server. The network application causes the networked computing device to receive content from the server. The content includes user interface content to be rendered by the web client component and code content associated with the user interface content that uses a native function of the networked computing device. The content is displayed in a user interface by way of the web client component. A request, associated with the code content, is received from a user interacting with the user interface. The device handles the request for use of the native function by the native component.

Abstract: Systems and methods for handling an OPEN CHANNEL command from a universal integrated circuit card (UICC) of a mobile device are disclosed. In some implementations, a mobile device hosting a UICC receives, from the UICC, an initiation of an OPEN CHANNEL command with a uniform resource locator (URL) of a subscriber identity module over the air (SIMOTA) server. The mobile device signals for attempting to resolve the URL to an Internet Protocol (IP) address. Upon successfully resolving the URL to the IP address, the mobile device obtains the IP address associated with the SIMOTA server, connects to the SIMOTA server using the IP address, and returns a successful TERMINAL RESPONSE to the UICC. Upon failing to resolve the URL to the IP address, the mobile device returns an unsuccessful TERMINAL RESPONSE to the UICC.

Abstract: A device may receive, from a browser, a message requesting that a first signal from a first base station of a first wireless network be attenuated in accordance with a first attenuation value. The device may set an attenuation level of the first wireless signal in accordance with the first attenuation value in response to the message. The first signal attenuated by the first attenuation value is wirelessly transmitted to a first user device at a first area shielded from signals wirelessly transmitted to a second user device at a second location.

Abstract: Network parameters implemented in a number of network devices may be optimized. In one implementation, a device may receive values for a network parameters, the network parameters including network parameters associated with devices in a network. At least a first portion of the network parameters may relate to traffic control in transmission control protocol (TCP) sessions in the network and at least a second portion of the network parameters may relate to data transmission in a radio access interface in the network. The device may further receive values for performance indicators that define a performance of one or more aspects of the network. The device may further modify one or more of the network parameters based on the received values for the network parameters and based on the received performance indicators, to optimize performance of the network with respect to the performance indicators.