Dubai Desert Classic Golf Live

Dubai Desert Classic Golf Live

watch 2022 Dubai Desert Classic live stream

LIVE HERE???? Dubai Desert Classic Golf

LIVE HERE???? Dubai Desert Classic Golf

LIVE HERE???? Dubai Desert Classic Golf

2022 Slync.io Dubai Desert Classic streaming schedule: How to watch online. Thursday, Jan. 27: 2:30-8:30 a.m. on Golf Channel; Friday, Jan. 28

2022 Dubai Desert Classic At Hard Rock Live at Seminole Golf facility in Dubai, United Arab Emirates, Florida, Nevada, United States

2022 Dubai Desert Classic Date : Wed, Jan 26, 2022 - Sat, Jan 29, 2022

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Streaming Media

Streaming media is multimedia that is constantly received by and presented to an end-user while being delivered by a provider. The verb to stream identifies the process of delivering or obtaining media in this manner.[clarification needed] Streaming refers to the delivery method of the medium, instead of the medium itself. Distinguishing delivery method from the media distributed applies particularly to telecommunications networks, as almost all of the delivery systems are either inherently streaming (e.g. radio, television, streaming apps) or inherently non-streaming (e.g. books, video cassettes, music CDs). There are challenges with streaming content on the Internet. For instance, users whose Internet connection lacks satisfactory bandwidth may experience stops, lags, or slow buffering of the content. And users lacking compatible hardware or software systems may be unable to stream certain content. Live streaming is the delivery of Internet content in real-time much as live television broadcasts content over the airwaves with a television signal. Live internet streaming takes a form of source media (e.g. a video camera, an audio tracks interface, screen capture software), an encoder to digitize the content, a media publisher, and a content delivery network to distribute and deliver the content. Live streaming does not need to be recorded at the origination point, although it frequently is. Streaming is an option to file datvloading, a process where the end-user obtains the entire file for this content before watching or listening to it. Through streaming, an end-user can use their media player to get started on playing digital video or digital sound content before the complete file has been transmitted. The word “streaming media” can connect with media other than video and audio, such as live closed captioning, ticker tape, and real-time text, which are considered “streaming text”.

Shared Video

Do you remember when YouTube wasn't the YouTube you know today? In 2005, when Steve Chen, Chad Hurley, and Jawed Karim activated the domain "they had a vision. Inspired by the lack of easily accessible video clips online, the creators of YouTube saw a world where people could instantly access videos on the internet without having to download files or search for hours for the right clip. Allegedly inspired by the site "Hot or Not", YouTube originally began as a dating site (think 80s video dating), but without a large ingress of dating videos, they opted to accept any video submission. And as we all know, that fateful decision changed all of our lives forever. Because of YouTube, the world that YouTube was born in no longer exists. The ability to share videos on the scale permitted by YouTube has brought us closer to the "global village" than I'd wager anyone thought realistically possible. And now with technologies like Starlink, we are moving closer and closer to that eventuality. Although the shared video will never become a legacy technology, before long it will truly have to share the stage with its sibling, livestreaming. Although livestreaming is over 20 years old, it hasn't gained the incredible worldwide adoption YouTube has. This is largely due to infrastructure issues such as latency, quality, and cost.

Latency is a priority when it comes to livestreams

Latency is the time it takes for a video to be captured and point a, and viewed at point b. In livestreaming this is done through an encoder-decoder function. Video and audio are captured and turned into code, the code specifies which colours display, when, for how long, and how bright. The code is then sent to the destination, such as a streaming site, where it is decoded into colours and audio again and then displayed on a device like a cell phone. The delay between the image being captured, the code being generated, transmitted, decoded, and played is consistently decreasing. It is now possible to stream content reliably with less than 3 seconds of latency. Sub-second latency is also common and within the next 20 or so years we may witness the last cable broadcast (or perhaps cable will be relegated to the niche market of CB radios, landlines, and AM transmissions). On average, the latency associated with a cable broadcast is about 6 seconds. This is mainly due to limitations on broadcasts coming from the FCC or another similar organization in the interests of censorship. In terms of real-life, however, a 6 second delay on a broadcast is not that big of a deal. In all honesty a few hours' delay wouldn't spell the doom of mankind. But for certain types of broadcasts such as election results or sporting events, latency must be kept at a minimum to maximize the viability of the broadcast.

Sensitive Content is Hard to Monitor

Advances in AI technologies like computer vision have changed the landscape of internet broadcasting. Before too long, algorithms will be better able to prevent sensitive and inappropriate content from being broadcast across the internet on livestreaming platforms. Due to the sheer volume of streams it is much harder to monitor and contain internet broadcasts than it is cable, but we are very near a point where the ability to reliably detect and interrupt inappropriate broadcasts instantaneously. Currently, the majority of content is monitored by humans. And as we've learned over the last 50 or so years, computers and machines are much more reliable and consistent than humans could ever be. Everything is moving to an automated space and content moderation is not far behind. We simply don't have the human resources to monitor every livestream, but with AI we won't need it.

Video Quality

In the last decade we have seen video quality move from 720p to 1080p to 4K and beyond. I can personally remember a time when 480p was standard and 720p was considered a luxury reserved for only the most well funded YouTube videos. But times have changed and people expect video quality of at least 720p. Live streaming has always had issues meeting the demands of video quality. When watching streams on platforms like Twitch, the video can cut out, lag, drop in quality, and stutter all within about 45 seconds. Of course this isn't as rampant now as it once was, however, sudden drops in quality will likely be a thorn in the side of live streams for years to come.

Internet Speeds

Perhaps the most common issue one needs to tackle when watching a live stream is their internet speed. Drops in video quality and connection are often due to the quality of the internet connection between the streamer and the viewer. Depending on the location of the parties involved, their distance from the server, and allocated connection speed the stream may experience some errors. And that's just annoying. Here is a list of the recommended connection speeds for 3 of the most popular streaming applications: Facebook Live recommends a max bit rate of 4,000 kbps, plus a max audio bit rate of 128 kbps. YouTube Live recommends a range between 1,500 and 4,000 kbps for video, plus 128 kbps for audio. Twitch recommends a range between 2,500 and 4,000 kbps for video, plus up to 160 kbps for audio. Live streams are typically available for those of us with good internet. Every day more people are enjoying high quality speeds provided by fibre optic lines, but it will be a while until these lines can truly penetrate rural and less populated areas. Perhaps when that day comes we will see an upsurge of streaming coming from these areas.

Language Barrier

You can pause and rewind a video if you didn't understand or hear something, and many video sharing platforms provide the option for subtitles. But you don't really get that with a live stream. Pausing and rewinding an ongoing stream defeats the purpose of watching a stream. However, the day is soon approaching where we will be able to watch streams, in our own native language with subtitles, even if the streamer speaks something else. Microsoft Azure's Cognitive Speech Services can give livestreaming platforms an edge in the future as it allows for speech to be automatically translated from language to language. The ability to watch a livestream in real time, with the added benefit of accurate subtitles in one's own language, will also assist language learners in deciphering spontaneous speech.

Monetization

One of the most damning features of a live stream is the inherent difficulty in monetizing it. As mentioned before, videos can be paused and ads inserted. In videos, sponsored segments can be bought where the creators of the video read lines provided to them. Ads can run before videos etc. But in the case of a spontaneous live stream sponsored content will stick out. In the case of platforms like YouTube there are ways around ads. Ad blockers, the skip ad button, the deplorable premium account, and fast forwarding through sponsored segments all work together to limit the insane amount of ads we see every day. But in the case of a live stream, ads are a bit more difficult. Live streaming platforms could implement sponsored overlays and borders or a similar graphical method of advertising, but the inclusion of screen shrinking add-ons like that may cause issues on smaller devices where screen size is already limited. Monthly subscriptions are already the norm, but in the case of a live streaming platform (Twitch Prime not withstanding), it may be difficult for consumers to see the benefit in paying for a service that is by nature unscheduled and unpredictable. Live streams are great for quick entertainment, but as they can go on for hours at a time, re-watching streamed content is inherently time consuming. For this reason, many streamers cut their recorded streams down and upload them to platforms like YouTube where they are monetized through a partnership program. It is likely that for other streaming platforms to really take off, they would need to partner with a larger company and offer services similar to Amazon and Twitch.

What Might the Future of Livestreaming Look Like?

It is difficult to say, as it is with any speculation about the future. Technologies change and advance beyond the scope of our imaginations virtually every decade. But one thing that is almost a certainty is the continued advancement in our communications infrastructure. Fibre optic lines are being run to smaller towns and cities. Services like Google Fiber, which is now only available at 1 gigabit per second, have shown the current capabilities of our internet infrastructure. As services like this expand we can expect to see a large increase in the number of users seeking streams as the service they expect to interact with will be more stable than it currently is now. Livestreaming, at the moment, is used frequently by gamers and Esports and hasn't yet seen the mass commercial expansion that is coming. The future of live streaming is on its way. For clues for how it may be in North America we can look to Asia (taobao). Currently, livestreaming is quite popular in the East in terms of a phenomenon that hasn't quite taken hold on us Westerners, Live Commerce. With retail stores closing left and right, we can't expect Amazon to pick up all of the slack (as much as I'm sure they would like to)…

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