Amazon Technologies, Inc.

Kyle Alexander Woo

Yongjun Wu

Abhishek Kumar

Sitaraman Ganapathy

Vasanthakumar Soundararajan

Tarun Jindal

Mairo Pedrini

Kyle Bradley Koceski

Rakesh Tangirala

Manish Rao

Mukund Manikarnike

Harrison Clement

Jake O'Halloran

Ron Searl

Shiranchai Taneja

Puneet Daga

Shyam Krishnan Krishnan Moni

Systems and methods for audio and video content stitching are provided. an example method may include receiving a first video fragment and a second video fragment included within primary video content, the first video fragment and the second video fragment including one or more video frames, wherein the first video fragment is a first time duration, wherein the second video fragment is a second time duration, and wherein the first time duration and the second time duration are different. The example method may also include receiving a third video fragment associated with secondary video content. The example method may also include determining a first cue point within the primary video content, wherein the first cue point is located at a first time between a starting time of the first video fragment and a second time corresponding to a sum of the first time and a duration of the first time duration. The example method may also include adding the secondary video content to the primary video content at the first cue point. The example method may also include presenting the secondary video content at the first cue point within the primary video content.

Systems and methods for audio and video content stitching

A system for utilizing media content reference point information to perform media content encoding, and supplemental content stitching and/or insertion. Media content can be encoded and packaged based on boundaries of the media content. The boundaries can be received from a third-party and/or generated via an automated process. Target boundaries can be selected based on accuracy levels associated with the received and/or generated boundaries. Supplemental content can be stitched and/or inserted into packaged media content based on audio and video content of the packaged media content being aligned.

Media content boundary-aware encoding

Methods and apparatus are described for facilitating the client-side caching of media content based on one or more properties of the media content. Information relating to the cacheability of different types of content is communicated to the media player on a client device in the manifest or playlist employed by the media player to request fragments of the media content. The media player uses this information to make decisions about how to cache the corresponding content.

Client-side caching of media content

Techniques are described for synchronizing audio content and video content when server-side fragment insertion techniques are used.

Synchronizing audio content and video content

Systems, methods, and computer-readable media are disclosed for dynamically inserting secondary content into a live stream or a video on demand (VOD). The secondary content can include, for example, a public service announcement or warning, censoring content, live or prerecorded commentary, an advertisement, or any other type of content to be integrated with or inserted into the main content. Example methods may include receiving a content stream including a first fragment having a first duration and a second fragment having the first duration. Certain methods may include determining an increased quality of service associated with encoding the content stream into fragments having a second duration. Certain methods may include generating, based at least in part on the increased quality of service, a third fragment having the second duration, and sending the content stream having the third fragment to a user device.

Dynamic content insertion

Methods and apparatus are described for providing media presentations that include content originating from multiple sources. Techniques disclosed include server-side logic for inserting secondary content, such as advertisements, into primary content, such as a VOD presentation. Systems implementing the disclosed techniques can support different viewer device capabilities relating to displaying media presentations that include content from multiple sources.

Manifest data for server-side media fragment insertion

Techniques are described for providing media presentations that include content originating from multiple sources in ways that are effectively transparent to end user devices. Manifest data provided to an end user device include a key encoded in the URL for each of the content fragments. The key encodes one or more interstitial periods of secondary content within the overall presentation of primary content. When a media server receives a content request from the end user device, the media server determines from the key encoded in the URL and the range of content requested whether the request corresponds to the primary content or the secondary content.

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Kent, WA, United States of America

Kyle Alexander Woo