Using Microservices and Containers for Video Encoding

https://bitmovin.com/using-microservices-containers-video-encoding/

Using Machine Learning to Improve Streaming Quality at Netflix

https://medium.com/netflix-techblog/using-machine-learning-to-improve-streaming-quality-at-netflix-9651263ef09f

Reflections in High Dynamic Range

https://www.linkedin.com/pulse/reflections-high-dynamic-range-magnus-svensson/

Understanding Server-Side Dynamic Ad Insertion

In this post, Eyevinn Technology is explaining the principles behind Server-Side Dynamic Ad Insertion technology. If you are already familiar with video streaming technology but new to Dynamic Ad Insertion this is where to start. At the end of this post, the author gives recommendations to further reading and a short list of providers of this technology.

Internet Video Streaming — ABR part 2

https://medium.com/@eyevinntechnology/internet-video-streaming-abr-part-2-dbce136b0d7c

Quality Assessment of 360 Video View Sessions

Facebook has developed a new QA workflow for 360 video streaming that addresses the warping and field-of-view problems and introduces two new standards: SSIM360 and 360QVM.
More information here

Internet Video Streaming — ABR part 1

https://medium.com/@eyevinntechnology/internet-video-streaming-abr-part-1-b10964849e19

AI in Video Production and Delivery

https://www.wowza.com/blog/ai-in-video-production-and-delivery

Five Encoding Advancements Coming in AV1

In this posting, Bitmovin is covering five key tools included in AV1, which have been adopted to help reduce bandwidth demands by up to 30% while still retaining or improving picture quality.

SMPTE and DPP Collaborate in Pilot Project to Deliver Draft of First SMPTE Specification

SMPTE and the Digital Production Partnership (DPP) have announced the success of a first-of-a-kind pilot project to define a prototype SMPTE Specifications process. SMPTE and DPP have delivered the first draft SMPTE Specification, which focuses on the use of the Interoperable Master Format (IMF), or SMPTE ST 2067, for broadcast and online applications.

The DPP delivered the working drafts of the IMF Requirements and IMF Specification for broadcast and online applications to SMPTE last week at the HPA Tech Retreat in Palm Desert, California. The documents represent input by the DPP, SMPTE, the North American Broadcasters Association (NABA), and the European Broadcasting Union (EBU), as well as manufacturers and end users across the media industry.

Now out for public comment, the draft specification for IMF for broadcast and online applications will address constraints including MXF Track Files, composition playlists (CPLs), output profile lists (OPLs), and IMF packages. The specification will reference other activities as well, such as the EBU.io/qc project for carrying quality-control metadata and EBU-TT, and it includes optional methods for carrying traditional EBU-STL subtitles in Europe and CTA-608/CTA-708 captions in North America.

Built upon the IMF standard, this first SMPTE Specification will play a critical role in enabling broadcasters to use IMF workflows with their existing content archives, and it also will facilitate the realization of file-based interoperability on a large scale. By providing manufacturers with the guidance they need to move forward in designing and building readers, writers, and analyzers, the specification will bring the benefits of IMF more fully into the broadcast and online realm.

Once they are finalized, the new SMPTE documents will join other SMPTE technical publications, including standards, that help manufacturers, engineers, and technologists to develop new products and services in broadcasting, cinema, and online video. The draft documents are available here.