Broadcasters such as the BBC and CNN were among major casualties of the recent global internet outage involving Californian CDN provider Fastly, which will lead to re-evaluation of measures to reduce impact of such disruptions in future.
There was a time when the mere mention of bringing artificial intelligence (AI) and machine learning into the media industry brought visions of robots replacing humans. Today that is certainly not the case—although we might be getting close: I saw a robotic camera operator move the cameras for a national television news show from his converted kitchen table. On-air, viewers never saw a difference from the programs they always watch.
UK audience measurement agency BARB (Broadcasters Audience Research Board) is about to launch regular data on SVoD (Subscription VoD) viewing, as well as video-sharing platforms.
What is the internet? Who is the internet? Where is the internet? These are the first three questions on the tip of every engineers and technologist’s lips. Before we can ever possibly hope to work with internet technology, we must be able to answer these three basic questions.
We move on to looking at developments in noise cancelling technology and the role it can play in achieving clarity and comfort within headsets for intercom use.
This is the second instalment of our deep dive into the rapid growth of OTT, high user expectations and the developments in hybrid systems which combine CDN with storage and distributed processing to meet demand.
The recent news that NTV has become the first Russian TV channel to experiment with 5G broadcast, one of many such transmission tests that have been conducted over the past 18 months, illustrates that broadcasters see a bright future in the next-generation cellular data delivery system.
In the beginning, there was television. And whenever people tried to make television programmes effective video signal monitoring was an essential pre-requisite.
