Contents 1 History 1.1 Late 1990s – early 2000s 1.2 Business developments 2 Use by consumers 2.1 Transition from a DVD based to streaming based viewing culture 3 Bandwidth and storage 4 Protocols 5 Protocol challenges 6 Applications and marketing 7 Recording 8 Copyright 9 See also 10 References 11 Further reading 12 External links

History[edit] In the early 1920s, George O. Squier was granted patents for a system for the transmission and distribution of signals over electrical lines[2] which was the technical basis for what later became Muzak, a technology streaming continuous music to commercial customers without the use of radio. Attempts to display media on computers date back to the earliest days of computing in the mid-20th century. However, little progress was made for several decades, primarily due to the high cost and limited capabilities of computer hardware. From the late 1980s through the 1990s, consumer-grade personal computers became powerful enough to display various media. The primary technical issues related to streaming were: having enough CPU power and bus bandwidth to support the required data rates and creating low-latency interrupt paths in the operating system to prevent buffer underrun and thus enable skip-free streaming of the content. However, computer networks were still limited in the mid-1990s, and audio and video media were usually delivered over non-streaming channels, such as by downloading a digital file from a remote server and then saving it to a local drive on the end user's computer or storing it as a digital file and playing it back from CD-ROMs. Late 1990s – early 2000s[edit] During the late 1990s and early 2000s, users had increased access to computer networks, especially the Internet, and especially during the early 2000s, users had access to increased network bandwidth, especially in the "last mile". These technological improvement facilitated the streaming of audio and video content to computer users in their homes and workplaces. As well, there was an increasing use of standard protocols and formats, such as TCP/IP, HTTP, HTML and the Internet became increasingly commercialized, which led to an infusion of investment into the sector. The band Severe Tire Damage was the first group to perform live on the Internet. On June 24, 1993, the band was playing a gig at Xerox PARC while elsewhere in the building, scientists were discussing new technology (the Mbone) for broadcasting on the Internet using multicasting. As proof of PARC's technology, the band's performance was broadcast and could be seen live in Australia and elsewhere. In a March 2017 interview, band member Russ Haines stated that the band had used approximately "half of the total bandwidth of the internet" to stream the performance, which was a 152-by-76 pixel video, updated eight to twelve times per second, with audio quality that was "at best, a bad telephone connection".[3] Microsoft Research developed a Microsoft TV application which was compiled under MS Windows Studio Suite and tested in conjunction with Connectix QuickCam. RealNetworks was also a pioneer in the streaming media markets, when it broadcast a baseball game between the New York Yankees and the Seattle Mariners over the Internet in 1995.[4] The first symphonic concert on the Internet took place at the Paramount Theater in Seattle, Washington on November 10, 1995.[5] The concert was a collaboration between The Seattle Symphony and various guest musicians such as Slash (Guns 'n Roses, Velvet Revolver), Matt Cameron (Soundgarden, Pearl Jam), and Barrett Martin (Screaming Trees). When Word Magazine launched in 1995, they featured the first-ever streaming soundtracks on the Internet.[citation needed] Metropolitan Opera Live in HD is a program in which the Metropolitan Opera streams an opera performance "live", as the performance is taking place. In 2013–2014, 10 operas were transmitted via satellite into at least 2,000 theaters in 66 countries.[6] Business developments[edit] The first commercial streaming product appeared in late 1992 and was named StarWorks[7] and enabled on demand MPEG-1 full motion videos to be randomly accessed on corporate Ethernet networks. Starworks was from Starlight Networks, who also pioneered live video streaming on Ethernet and via Internet Protocol over satellites with Hughes Network Systems.[8] Other early companies who created streaming media technology include RealNetworks (then known as Progressive Networks) and Protocomm both prior to wide spread World Wide Web usage and once the web became popular in the late 90s, streaming video on the internet blossomed from startups such as VDOnet, acquired by RealNetworks, and Precept, acquired by Cisco. Microsoft developed a media player known as ActiveMovie in 1995 that allowed streaming media and included a proprietary streaming format, which was the precursor to the streaming feature later in Windows Media Player 6.4 in 1999. In June 1999 Apple also introduced a streaming media format in its QuickTime 4 application. It was later also widely adopted on websites along with RealPlayer and Windows Media streaming formats. The competing formats on websites required each user to download the respective applications for streaming and resulted in many users having to have all three applications on their computer for general compatibility. In 2000 launched its "world's largest streaming video archive" website to help businesses promote themselves. [9] Webcasting became an emerging tool for business marketing and advertising that combined the immersive nature of television with the interactivity of the Web. The ability to collect data and feedback from potential customers caused this technology to gain momentum quickly. [10] Around 2002, the interest in a single, unified, streaming format and the widespread adoption of Adobe Flash prompted the development of a video streaming format through Flash, which was the format used in Flash-based players on many popular video hosting sites, such as YouTube, now defaulting to HTML5 video.[11] Increasing consumer demand for live streaming has prompted YouTube to implement a new live streaming service to users.[12] Presently the company also offers a (secured) link returning the available connection speed of the user.[13] The Recording Industry Association of America (RIAA) revealed through its 2015 earnings report that streaming services were responsible for 34.3 percent of the year's total music industry's revenue, growing 29 percent from the previous year and becoming the largest source of income, pulling in around $2.4 billion.[14][15] US streaming revenue grew 57 percent to $1.6 billion in the first half of 2016 and accounted for almost half of industry sales.[16]

Use by consumers[edit] Live streaming service at zoo by Niconico These advances in computer networking, combined with powerful home computers and modern operating systems, made streaming media practical and affordable for ordinary consumers. Stand-alone Internet radio devices emerged to offer listeners a no-computer option for listening to audio streams. These audio streaming services have become increasingly popular over recent years, as streaming music hit a record of 118.1 billion streams in 2013.[17] In general, multimedia content has a large volume, so media storage and transmission costs are still significant. To offset this somewhat, media are generally compressed for both storage and streaming. Increasing consumer demand for streaming of high definition (HD) content has led the industry to develop a number of technologies such as WirelessHD  or ITU-T, which are optimized for streaming HD content without forcing the user to install new networking cables. In 1996, digital pioneer Marc Scarpa produced the first large-scale, online, live broadcast in history, the Adam Yauch-led Tibetan Freedom Concert, an event that would define the format of social change broadcasts. Scarpa continued to pioneer in the streaming media world with projects such as Woodstock '99, Townhall with President Clinton, and more recently Covered CA's campaign "Tell a Friend Get Covered" which was live streamed on YouTube. As of 2016, a media stream can be streamed either "live" or "on demand". Live streams are generally provided by a means called "true streaming". True streaming sends the information straight to the computer or device without saving the file to a hard disk. On-demand streaming is provided by a means called progressive streaming or progressive download. Progressive streaming saves the file to a hard disk and then is played from that location. On-demand streams are often saved to hard disks and servers for extended amounts of time; while the live streams are only available at one time only (e.g., during the football game).[18] Streaming media is increasingly being coupled with use of social media. For example, sites such as YouTube encourage social interaction in webcasts through features such as live chat, online surveys, user posting of comments online and more. Furthermore, streaming media is increasingly being used for social business and e-learning.[19] Due the popularity of the streaming medias, many developers have introduced free HD movie streaming apps for the people who use smaller devices such as tablets and smartphones for everyday purposes. The Horowitz Research State of Pay TV, OTT and SVOD 2017 report said that 70 percent of those viewing content did so through a streaming service, and that 40 percent of TV viewing was done this way, twice the number from five years earlier. Millennials, the report said, streamed 60 percent of content.[20] Transition from a DVD based to streaming based viewing culture[edit] One of the movie streaming industry’s largest impacts has been on the DVD industry, which effectively met its demise with the mass popularization of online content. The rise of media streaming has caused the downfall of many DVD rental companies such as Blockbuster. In July 2015 an article from the New York Times published an article about Netflix's DVD services. It stated that Netflix is continuing their DVD services with 5.3 million subscribers, which is a significant drop from the previous year. On the other hand, their streaming services have 65 million members.[21] In a March 2016 study assessing the “Impact of Movie Streaming over traditional DVD Movie Rental” it was found that respondents do not purchase DVD movies nearly as much anymore, if ever, as streaming has taken over the market. According to the study, viewers did not find movie quality to be significantly different between DVD and online streaming. Issues that respondents believed needed improvement with movie streaming included functions of fast forwarding or rewinding, as well as search functions. [22] The article highlights that the quality of movie streaming as an industry will only increase in time, as advertising revenue continues to soar on a yearly basis throughout the industry, providing incentive for quality content production. [22]

Bandwidth and storage[edit] Unicast connections require multiple connections from the same streaming server even when it streams the same content A broadband speed of 2 Mbit/s or more is recommended for streaming standard definition video without experiencing buffering or skips, especially live video,[23] for example to a Roku, Apple TV, Google TV or a Sony TV Blu-ray Disc Player. 5 Mbit/s is recommended for High Definition content and 9 Mbit/s for Ultra-High Definition content.[24] Streaming media storage size is calculated from the streaming bandwidth and length of the media using the following formula (for a single user and file) requires a storage size in megabytes which is equal to length (in seconds) × bit rate (in bit/s) / (8 × 1024 × 1024). For example, one hour of digital video encoded at 300 kbit/s (this was a typical broadband video in 2005 and it was usually encoded in a 320 × 240 pixels window size) will be: (3,600 s × 300,000 bit/s) / (8×1024×1024) requires around 128 MB of storage. If the file is stored on a server for on-demand streaming and this stream is viewed by 1,000 people at the same time using a Unicast protocol, the requirement is 300 kbit/s × 1,000 = 300,000 kbit/s = 300 Mbit/s of bandwidth. This is equivalent to around 135 GB per hour. Using a multicast protocol the server sends out only a single stream that is common to all users. Therefore, such a stream would only use 300 kbit/s of serving bandwidth. See below for more information on these protocols. The calculation for live streaming is similar. Assuming that the seed at the encoder is 500 kbit/s and if the show lasts for 3 hours with 3,000 viewers, then the calculation is number of MBs transferred = encoder speed (in bit/s) × number of seconds × number of viewers / (8*1024*1024). The results of this calculation are as follows: number of MBs transferred = 500 x 1024 (bit/s) × 3 × 3,600 ( = 3 hours) × 3,000 (number of viewers) / (8*1024*1024) = 1,977,539 MB

Protocols[edit] The audio stream is compressed to make the file size smaller using an audio coding format such as MP3, Vorbis, AAC or Opus. The video stream is compressed using a video coding format to make the file size smaller. Video coding formats include H.264, HEVC, VP8 or VP9. Encoded audio and video streams are assembled in a container "bitstream" such as MP4, FLV, WebM, ASF or ISMA. The bitstream is delivered from a streaming server to a streaming client (e.g., the computer user with their Internet-connected laptop) using a transport protocol, such as Adobe's RTMP or RTP. In the 2010s, technologies such as Apple's HLS, Microsoft's Smooth Streaming, Adobe's HDS and non-proprietary formats such as MPEG-DASH have emerged to enable adaptive bitrate streaming over HTTP as an alternative to using proprietary transport protocols. Often, a streaming transport protocol is used to send video from an event venue to a "cloud" transcoding service and CDN, which then uses HTTP-based transport protocols to distribute the video to individual homes and users.[25] The streaming client (the end user) may interact with the streaming server using a control protocol, such as MMS or RTSP.

Protocol challenges[edit] Designing a network protocol to support streaming media raises many problems. Datagram protocols, such as the User Datagram Protocol (UDP), send the media stream as a series of small packets. This is simple and efficient; however, there is no mechanism within the protocol to guarantee delivery. It is up to the receiving application to detect loss or corruption and recover data using error correction techniques. If data is lost, the stream may suffer a dropout. The Real-time Streaming Protocol (RTSP), Real-time Transport Protocol (RTP) and the Real-time Transport Control Protocol (RTCP) were specifically designed to stream media over networks. RTSP runs over a variety of transport protocols, while the latter two are built on top of UDP. Another approach that seems to incorporate both the advantages of using a standard web protocol and the ability to be used for streaming even live content is adaptive bitrate streaming. HTTP adaptive bitrate streaming is based on HTTP progressive download, but contrary to the previous approach, here the files are very small, so that they can be compared to the streaming of packets, much like the case of using RTSP and RTP.[26] Reliable protocols, such as the Transmission Control Protocol (TCP), guarantee correct delivery of each bit in the media stream. However, they accomplish this with a system of timeouts and retries, which makes them more complex to implement. It also means that when there is data loss on the network, the media stream stalls while the protocol handlers detect the loss and retransmit the missing data. Clients can minimize this effect by buffering data for display. While delay due to buffering is acceptable in video on demand scenarios, users of interactive applications such as video conferencing will experience a loss of fidelity if the delay caused by buffering exceeds 200 ms.[27] Multicasting broadcasts the same copy of the multimedia over the entire network to a group of clients Unicast protocols send a separate copy of the media stream from the server to each recipient. Unicast is the norm for most Internet connections, but does not scale well when many users want to view the same television program concurrently. Multicast protocols were developed to reduce the server/network loads resulting from duplicate data streams that occur when many recipients receive unicast content streams independently. These protocols send a single stream from the source to a group of recipients. Depending on the network infrastructure and type, multicast transmission may or may not be feasible. One potential disadvantage of multicasting is the loss of video on demand functionality. Continuous streaming of radio or television material usually precludes the recipient's ability to control playback. However, this problem can be mitigated by elements such as caching servers, digital set-top boxes, and buffered media players. IP Multicast provides a means to send a single media stream to a group of recipients on a computer network. A multicast protocol, usually Internet Group Management Protocol, is used to manage delivery of multicast streams to the groups of recipients on a LAN. One of the challenges in deploying IP multicast is that routers and firewalls between LANs must allow the passage of packets destined to multicast groups. If the organization that is serving the content has control over the network between server and recipients (i.e., educational, government, and corporate intranets), then routing protocols such as Protocol Independent Multicast can be used to deliver stream content to multiple Local Area Network segments. As in mass delivery of content, multicast protocols need much less energy and other resources, widespread introduction of reliable multicast (broadcast-like) protocols and their preferential use, wherever possible, is a significant ecological and economic challenge.[citation needed] Peer-to-peer (P2P) protocols arrange for prerecorded streams to be sent between computers. This prevents the server and its network connections from becoming a bottleneck. However, it raises technical, performance, security, quality, and business issues.

Applications and marketing[edit] This section needs expansion. You can help by adding to it. (December 2016) Useful – and typical – applications of the "streaming" concept are, for example, long video lectures performed "online" on the Internet.[28] An advantage of this presentation is that these lectures can be very long, indeed, although they can always be interrupted or repeated at arbitrary places. There are also new marketing concepts. For example, the Berlin Philharmonic Orchestra sells Internet live streams of whole concerts, instead of several CDs or similar fixed media, by their so-called "Digital Concert Hall" [29] using YouTube for "trailing" purposes only. These "online concerts" are also spread over a lot of different places – cinemas – at various places on the globe. A similar concept is used by the Metropolitan Opera in New York. Many successful startup ventures have based their business on streaming media.[30] There also is a livestream from the International Space Station.[31][32]

Recording[edit] Media that is live streamed can be recorded through certain media players such as VLC player, or through the use of a Screen Recorder. Livestreaming platforms such as Twitch may also incorporate a video on demand system that allows automatic recording of live broadcasts so that they can be watched later.[33]

Copyright[edit] See also: Copyright aspects of downloading and streaming Streaming copyrighted content can involve making infringing copies of the works in question. Streaming, or looking at content on the Internet, is legal in Europe, even if that material is copyrighted.[34]

See also[edit] Information technology portal Comparison of music streaming systems Comparison of streaming media systems Comparison of video streaming aggregators Comparison of video hosting services Content delivery platform Digital Living Network Alliance (DLNA) Digital television HTTP Live Streaming IPTV List of streaming media systems Live streaming P2PTV Protection of Broadcasts and Broadcasting Organizations Treaty Push technology Real-time data Stream processing Stream recorder Web syndication

References[edit] ^ "On buffer requirements for store-and-forward video on demand service circuits". IEEE.  ^ "US Patent 1,641,608". Google Patents.  ^ "History of the Internet Pt. 1 - The First Live Stream". From Internet Archive - Stream Division. 5 April 2017. Retrieved 2018-01-13. ^ "RealNetworks Inc". Funding Universe. Retrieved 2011-07-23.  ^ "Cyberian Rhapsody". Billboard. United States: Lynne Segall. 17 Feb 1996.  ^ Pamela McClintock, "Met Opera Standoff Threatens $60 Million Theater Business", The Hollywood Reporter (online), August 7, 2014 on ^ "CompCon Spring 1993-StarWorks-a video applications server".  ^ "Starlight Networks and Hughes Network Systems".  ^ Hebert, Steve (November 2000). "Streaming Video Opens New Doors". Videography. p. 164.  ^ Reinstein, Bill (25 June 2001). "Webcasts Mature as Marketing Tool". DM News. p. 24.  ^ "YouTube now defaults to HTML5 <video>". YouTube Engineering and Developers Blog. Retrieved 2018-02-20.  ^ Josh Lowensohn (2008). "YouTube to Offer Live Streaming This Year". Retrieved 2011-07-23.  ^ "YouTube Video Speed History". Archived from the original on April 26, 2012. Retrieved April 30, 2012.  ^ "News and Notes on 2015 RIAA Shipment and Revenue Statistics" (PDF). RIAA. Retrieved 5 January 2017.  ^ "Streaming made more revenue for music industry in 2015 than digital downloads, physical sales". The Washington Times. Retrieved 5 January 2017.  ^ Shaw, Lucas (20 September 2016). "The Music Industry Is Finally Making Money on Streaming". Bloomberg. Retrieved 5 January 2017.  ^ "The Sky is Rising", Masnick, M., Ho, M., Hung, J., Beadon, L.. Accessed 8 February 2015. ^ Grant and Meadows. (2009). Communication Technology Update and Fundamentals 11th Edition. pp.114 ^ Kellner, Scott (28 February 2013). "The Future of Webcasting". INXPO. Archived from the original on 3 July 2013. Retrieved 15 May 2013.  ^ Umstead, R. Thomas (5 June 2017). "Horowitz: Streaming Is the New Normal". Broadcasting & Cable: 4.  ^ Steel, Emily. Netflix refines it's DVD business, even as streaming unit booms. July 26, 2015. web. september 29, 2017 ^ a b ^ Staples, Kim (20 May 2016). "How to watch live TV online: The complete guide". broadbandchoices. Retrieved 1 October 2016.  ^ Minimum requirements for Sony TV Blu-ray Disc Player, on advertisement attached to a NetFlix DVD[not specific enough to verify] ^ "Streaming the London Olympic Games with the "Go Live Package" from iStreamPlanet and Haivision | iStreamPlanet". Retrieved 2015-11-11.  ^ Ch. Z. Patrikakis, N. Papaoulakis, Ch. Stefanoudaki, M. S. Nunes, "Streaming content wars: Download and play strikes back" presented at the Personalization in Media Delivery Platforms Workshop, [218 – 226], Venice, Italy, 2009. ^ Krasic, C. and Li, K. and Walpole, J., The case for streaming multimedia with TCP, Lecture Notes in Computer Science, pages 213--218, Springer, 2001 ^ A typical one-hour video lecture is the following "live stream" from an international conference on financial crises: [1]. ^ The corresponding Internet link is ^ "Video Streaming Startups". TechCrunch. Retrieved 2015-03-12.  ^ "High Definition Earth-Viewing System (HDEV)". NASA. Retrieved 26 December 2016.  ^ "ISS HD Earth Viewing Experiment". Retrieved 26 December 2016.  ^ ^ Smith, Chris. "Pirating copyrighted content is legal in Europe, if done correctly". Boy Genius Report. Retrieved 20 December 2014. 

Further reading[edit] J. Preston. "Occupy Video Showcases Live Streaming," New York Times, December 11, 2011

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