Abstract:
A network device receives configuration information for monitoring, via a network, control data for a monitored customer device. The configuration information includes business rules for responding to an event when the control data is outside baseline control limits. The network device identifies original equipment manufacturer (OEM) or service provider recommended limits for the control data and receives initial control data, associated with the monitored customer device, for a particular time period. The network device determines, based on the initial control data, baseline control limits related to the OEM or service provider recommended limits. The network device receives, an indication of an out-of-bounds event, wherein the out-of-bounds event includes at least one instance where subsequent control data is outside the baseline control limits and initiates, based on the business rules, an action responsive to the out-of-bounds event.
Abstract:
A method, a device, and a non-transitory storage medium having instructions to obtain network state information pertaining to at least a portion of a network that provides an adaptive bitrate streaming service; generate a recommended bitrate for delivery of a program based on the network state information; transmit the recommended bitrate to user devices; monitor a compliance and a non-compliance of the recommended bitrate by the user devices; and assign a credit commensurate with the compliance of the recommended bitrate to each of the user devices that complied with the recommended bitrate and a penalty commensurate with the non-compliance of the recommended bitrate to each of the user devices that did not comply with the recommended bitrate.
Abstract:
A device may configure recognition of a first alert. The device may store information associated with recognition of the first alert. The device may determine a response action to be associated with recognition of the first alert. The device may store information identifying an association between the first alert and the response action. The device may detect a second alert. The device may determine that the second alert matches the first alert based on the information associated with recognition of the first alert. The device may retrieve the stored information identifying the association between the first alert and the response action based on determining that the second alert matches the first alert. The device may perform the response action based on retrieving the stored information identifying the association between the first alert and the response action.
Abstract:
An exemplary method includes a digital advertisement insertion optimization system accessing data that indicates a playback return position at which playback of a media program is to be resumed following insertion of an advertisement in the media program when a first media file comprising the media program encoded in a first media format is used for playback of the media program, analyzing a second media file comprising the media program encoded in a second media format to identify a set of key frames within the second media file, selecting a key frame from the identified set of key frames; and generating data that indicates a new playback return position at which playback of the media program is to be resumed following insertion of an advertisement when the second media file is used for playback of the media program.
Abstract:
A method, a device, and a non-transitory storage medium provide for receiving program data of programs; receiving files pertaining to each of the programs, wherein the files include a manifest file and M3U8 files; selecting one of the programs and the manifest file; adding multicast information to each M3U8 file pertaining to the program, wherein the multicast information indicates a multicast channel and a date and a time of a multicast; segmenting the program data of the program based on a maximum transmission unit of the multicast channel; storing the manifest file and the M3U8 files pertaining to the program; providing the manifest file and one or more of the M3U8 files pertaining to the program, to a user device; and multicasting a segmented program data via the wireless network based on the multicast information, wherein the multicasting includes the adaptive bitrate streaming service.
Abstract:
A method, a device, and a non-transitory storage medium provide for receiving program data of programs; receiving files pertaining to each of the programs, wherein the files include a manifest file and M3U8 files; selecting one of the programs and the manifest file; adding multicast information to each M3U8 file pertaining to the program, wherein the multicast information indicates a multicast channel and a date and a time of a multicast; segmenting the program data of the program based on a maximum transmission unit of the multicast channel; storing the manifest file and the M3U8 files pertaining to the program; providing the manifest file and one or more of the M3U8 files pertaining to the program, to a user device; and multicasting a segmented program data via the wireless network based on the multicast information, wherein the multicasting includes the adaptive bitrate streaming service.
Abstract:
A conference call may be implemented between multiple user devices via a conference call server. A user may use a graphical interface of the user device to communicate with the conference call server and control the conference call in various ways. For instance, the user may add a user device to the conference call, drop a user device from the conference call, organize the user devices into conference call groups, record one or more user devices within the conference call, prevent a user device from hearing the audio input of another user device, filter out background noise from the conference call, and receive a call from outside the conference call without having to leave the conference call.
Abstract:
A device determines a communication failure associated with a first network, and selects, based on the communication failure, a failover device from a list of failover devices. The device and the failover devices communicate via short-range communications, and the selected failover device connects to a second network. The device provides, to the selected failover device, a request to receive a service from the first network, and determines whether the selected failover device accepts the request. When the selected failover device accepts the request, the device establishes a communication channel with the selected failover device, and receives the service from the first network via the selected failover device, the communication channel, and the second network.
Abstract:
A device executes a virtual interview application, and receives first user input, via the virtual interview application, to create multiple first media clips for a first virtual interview, with each of the first media clips including a different interview question. The device submits, from the device to a remote network device, the multiple first media clips for conducting the first virtual interview with a plurality of first interviewees.
Abstract:
A device executes a virtual interview application, and receives first user input, via the virtual interview application, to create multiple first media clips for a first virtual interview, with each of the first media clips including a different interview question. The device submits, from the device to a remote network device, the multiple first media clips for conducting the first virtual interview with a plurality of first interviewees.