Disney Enterprises, Inc.

Disney Enterprise, Inc.

Vladislav Feldman

Michael J Strein

Efthimis Stefanidis

Craig L Beardsley

Steven Machanic

Joseph Kenny

Kenneth Michel

Robert Jensen

Hugh McGuire

Raul Rapalo

Jeffrey Corwin

Dan Fogel

Reinaldo Jimenez

James R Wolan, Ii

According to one implementation, a system for redirecting to content after an interruption includes a computing platform having a hardware processor and a system memory storing a content redirection software code. The hardware processor executes the content redirection software code to track a playout status of a primary content being provided by the system, and detect a pause to playout of the primary content due to receipt of an interrupt content by the system. In addition, the hardware processor executes the content redirection software code to, during playout of the interrupt content by the system, save the playout status of the primary content at the pause. The hardware processor further executes the content redirection software code to detect completion of interrupt content playout by the system, and enable a return to the primary content after the pause.

Content redirection after interrupt

Systems and methods to determine when to rejoin a live media broadcast after an interruption are presented herein. Weighting information including individual weights conveying importance of attribute values for a set of broadcast attributes of the live media broadcast may be obtained. One or more of the weighting information, the attribute values, and/or other information may facilitate making a determination of a rejoin point in time in the live media broadcast for rejoining the live media broadcast upon a completion of an interruption.

Systems and methods to determine when to rejoin a live media broadcast after an interruption

In one implementation, an automated content compilation system includes a computing platform having a hardware processor and a system memory storing a content integration software code. The hardware processor executes the content integration software code to receive commercials for presentation with a media content including primary content segments and predetermined advertising intervals, and to assemble commercial clusters corresponding respectively to the predetermined advertising intervals, each of the commercial clusters including a subset of the commercials. The content integration software code further compiles a content file including a data structure having the commercial clusters linked with the primary content segments, the data structure including one or more playlist(s) identifying a location of each of the commercials in the data structure, and provides the content file for playout of the media content as an integrated content stream including the primary content segments and the commercial clusters.

Automated content compilation

Techniques for controlling the performance of remote operations on computing devices within a video processing environment are described. One embodiment determines to perform a remote operation on a remote device in a media processing environment and determines a signal chain within the media processing environment that includes the remote device. An operational status of the signal chain is determined, based on a media processing schedule for the signal chain. Upon determining that the operational status indicates that the remote device is available for performance of the remote operation, embodiments initiate the performance of the remote operation on the remote device.

System to protect critical remotely accessible media devices

Techniques for selectively initiating security scanning operations on remote devices are described. Embodiments determine to perform a security scanning operation on a remote device in a media processing environment. A signal chain within the media processing environment that includes the remote device is determined. Embodiments determine an operational status of the signal chain, based on a media processing schedule for the signal chain. Upon determining that the operational status indicates that the remote device is available for performance of the security scanning operation, performance of the security scanning operation on the remote device is initiated.

System to manage security scanning in media environments

According to one implementation, a multi-protocol message distribution system includes a computing platform having a hardware processor and a system memory storing a multi-protocol messaging software code. The hardware processor is configured to execute the multi-protocol messaging software code to receive a first video stream including programming content and at least one command message for distribution to multiple destination devices. The first video stream further includes multiple command message protocols for enabling execution of the command message. The hardware processor is further configured to execute the multi-protocol messaging software code to identify a command message protocol requirement of each of the destination devices, and to selectively address a second video stream including the programming content, the command message, and at least one of the command message protocols for enabling execution of the command message to each of the destination devices based on its respective command message protocol requirement.

Multi-protocol message distribution system

Various embodiments of the invention disclosed herein provide techniques for automatically generating a recorded version of a live video program. A live program extraction application executing on a live program extraction system receives an automation list associated with the live video program from a traffic and automation system and an integration message associated with the live video program from an integration control system. The live program extraction application generates a first data entry that includes a timecode based on at least one of the automation list and the integration message. The live program extraction application stores the first data entry into a data record associated with the live video program. The live program extraction application transmits the data record to a broadcast system. The broadcast system automatically replaces a portion of the recorded version of the live video program based on the timecode included in the first data entry.

Techniques for automated data record generation from live programs

A network navigation system includes a computing platform having a hardware processor and a system memory storing a routing software code, and communicatively coupled to multiple hardware nodes of a communication network. The hardware processor executes the routing software code to monitor performance data for each hardware node, identify a network destination for a content stream, identify a source hardware node for providing source content of the content stream based on the performance data, and identify hardware transmission nodes for delivery of the content stream based on the performance data. The source and transmission nodes determine a first network route for delivery of the content stream. The routing software code also receives test data for the first network route during delivery of the content stream, and determines a second network route for delivery of the content stream if the test data fails to meet a predetermined test standard.

Automated network navigation

In one embodiment, a change over application distributes video content received from multiple origination sources. The change over application computes a first score based on a portion of first origination video content received from a first origination source, where the first origination source is associated with a first IP address. The change over application then determines a second origination source of second origination video content based on the first score and a selection criterion, where the second origination source is associated with a second IP address. Subsequently, the change over application transmits portions of the second origination video content received from the second origination source to the destination as portions of the distribution video content. Advantageously, unlike previous approaches to optimizing distribution video content, because a processor executes the change over application, dedicated hardware is not required.

Techniques for optimizing video content based on redundant internet protocol addresses

Embodiments herein describe a content distribution system that verifies a media presentation (or portions thereof) using a broadcast schedule. In one embodiment, the content verification system evaluates the media presentation to identify a unique identification data for the presentation such as a fingerprint or watermark. Using the broadcast schedule, the content verification system can identify what content the media presentation should (or is expected) to contain. The content verification system can retrieve a previously stored unique identifier from a database corresponding to the content identified using the broadcast schedule. If the stored unique identifier matches the unique identifier derived by the content verification system, the system verifies the content in the media presentation is correct. The verified media presentation can then be transmitted to a content distribution network&#x2014;e.g., a broadcast network or video-on-demand provider.

Program verification and decision system

Systems and methods to provide video signals and control signals over an internet protocol (IP) communications network are presented herein. Video signals and control signals may be obtained via an IP communications network. The control signals may be associated with the video signals using synchronization source identifiers as described in IETF RFC 3550.

Systems and methods to provide video and control signals over an internet protocol communications network

There is provided a system including an Internet Protocol (IP) switch, a client, a content source, a content monitor, a system manager having a hardware processor and a memory storing a content management software code, wherein the client is communicatively coupled to the IP switch via a network path. The system receives, using the IP switch, a source content stream from the content source, transmits the source content stream to the client via the network path, replicates, at the client, the source content stream to generate a client content stream, sends, from the client, the client content stream via the network path to the content monitor, and compares, using the content monitor, the client content stream with the source content stream.

Automatically rebroadcasting video streams for confidence review

There is provided a device comprising a non-transitory memory storing an executable code, a hardware processor executing the executable code to receive Internet protocol (IP) packets encapsulating a video content, the IP packets including a frame having a header storing header information relating to the video content, retrieve at least one portion of the header information relating to the video content from the header, retrieve the video content from the IP packets, prepare the retrieved video content for transmission using serial digital interface (SDI) protocol, insert the at least one portion of the header information into at least one of a vertical ancillary (VANC) data space and a horizontal ancillary (HANC) data space of the prepared video content using the SDI protocol, and transmit the prepared video content using the SDI protocol, including the at least one portion of the header information in the VANC space.

Systems and methods for transporting and retaining video header information for video content

There is provided a system including a non-transitory memory storing an executable code, and a hardware processor configured to execute the executable code to receive first and second Internet protocol (IP) video packets including respective first and second video content, and to identify a common reference time for the first and second IP video packets. The hardware processor also determines a first buffering interval for synchronizing the first and second IP video packets based on a first frame number, a first line number, and a first pixel number of the first video content, and the common reference time. In addition, the hardware processor holds the first IP video packet during the first buffering interval, and releases the first IP video packet when the first buffering interval elapses so as to align the first video content with the second video content at the common reference time.

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Manhasset Hills, NY, United States of America

Vladislav Feldman