Internet Video Delivery : The Studies
A journal about MPEG-DASH, one of the major standards for Internet video streaming, shows that it is a viable alternative to traditional buffering methods. MPEG-DASH enables viewers to watch internet videos without having to wait for them to load. Whether watching videos on a mobile phone or a computer, MPEG-DASH offers advantages such as increased speeds and decreased overall data usage.
A research about how HTTP video streaming works on YouTube revealed that the quality of experience is not as good as expected. HTTP streaming has always been a bit lower in quality than audio streaming, but the decrease in quality appears to be greater when watching YouTube videos. There seems to be some personal preference that is driving this difference, and it could be worth exploring more how this affects viewers when who is looking for high-quality video content.
A review about how BitTorrent and Netflix use centralized control over their live video delivery showed that both streaming services achieve more consistent bitrates and faster join times than alternative delivery methods. BitTorrent's Belgian study showed that their live video delivery solution achieves 1,000 Mbpsbps for a 30-minute movie, vs 1.5 Mbps for deliveries using HDTV providers in United States. As compared to other streaming services, Netflix achieved both faster join times (seconds) and more consistent bitrates across different countries when its replaying a movie from its Dutch pool (200 Mbits/second), compared to BitTorrent (~220 Mbits/second) when only watching current versions of the movie. In addition,Netflix achieved better image quality with its live streaming service when playing back videos than with HDTV versions, likely due to the codec advantages of MPEG-4 overislate supported by HDTV networks. IEEE International Conference on Research in Parallel/Distributed Processing (ICRP2016), pages 436-439.
A study about capacity-quality tradeoffs in HTTP adaptive streaming over LTE networks has been conducted. This study discusses the different factors that can affect the quality of a video service, and proposes some solutions for improving the quality of video services.
A research about a new rate adaptation mechanism called SFRAM has been conducted in order tofacilitate end-to-end Internet video transmission. This new approach not only achieves TCP-friendliness but also provides a smooth experience for the user.
A study about the new rate adaptation mechanism, based on the TCP-throughput equation and tailored to the Internet video transmission, is presented. The proposed scheme achieves TCP-friendliness while providing a smooth and fast rate. This new rate adaptation mechanism could be beneficial for video streaming applications as it avoids slowdowns and highlatency periods.
An inquiry about the various types of IP networks and their performance ispresented herein. IP networks are known for their efficient packet-switched channels that deliver video content in a timely manner. In this study, the study will graphically describethe different IP networks and their performance.
A journal about the architectures and system requirements for video distribution networks is important for businesses that want to create or distribute videos online. By understanding the different types of networks used in video distribution, businesses can plan their content delivery strategy in order to optimize traffic and quality. These architectures help Businesses to manage costs effectively while ensuring quality control and avoid frustrating DRM issues. Almost any type of media can be used for video distribution, but IP is being increasingly replaced by streaming services like Netflix and Amazon Prime that require specific systems and configurations. In order to distribute videos between devices, a network needs a transport layer (LDP, SMPTE 302). Bandwidth requirements must be considered when deployment as access restricted spaces such as One World Parks rely onVideoLAN accessories like QoS (Quality of Service) features to guarantee high-speed bandwidth en masse without degrading the quality of streamed content. In addition, security is a critical consideration when distributing videos as there are multiple vectors that could impact video integrity such as microphone or other audio connections 185 Independent infrastructure feeding into one large source can degrade the quality of the "distribution" as well as the "revenue." therefore it is important for any business looking to distribute videos online to consider multiple sources and use various technologies in.
A study about the effectiveness of firewalls for streaming media found that on average, movie and television users experience more than 60,000 failure rates with streaming video service providers because of outdated passwords and other security measures. To meet the needs of an ever-growing population of online video streaming enthusiasts, a revision to how video is delivered has to be developed. This should include the usage of better firewalls that can protect user privacy and prevent third-party resale.
A study about energy efficiency in video distribution networks has been carried out by using the LEGACY Archiving and Delivery Protocol (ACDP) Virtualization Tool. This study has shown that theLegacy ACDP virtualization tool can improve energy efficiency by administering a view into excess power consumption throughout the entire distribution network.
A research about the popularity and replication of internet videos for high-quality delivery found that although many CDNs are available, the content is not always available at the same quality.
An analysis about video distribution networks (VDNs) finds that they can benefit from reducing power consumption by using energy efficient technologies. By understanding the basics of VDNs, individuals can make informed decisions when planning their video distribution network.
An analysis about the reliability and efficiency of broadcast contribution over the public internet found that it is a reliable and efficient way to transfer media between recording sites and local editing studios, as well as between studio facilities and distribution centers. The study found that the QoS requirements for broadcast contribution are very strict, which makes it a great choice for high-quality point-to-point media transfer.
A research about multimedia streaming over overlay multicast network reveals that the development of this technology is rapidly growing. Many famous websites and areas in the world have started using this technology, such as YouTube and ImTV in Europe, as well as Google Video in the US. However, traditional broadcast networks still play a role in this process, providing user's with the ability to receive official channels with less restrictions. Recently there have been a lot of attention to layers within peer-to-peer systems.
A journal about large-scale video Streaming showed that transmission delay is a common issue and that proxies can be used to improve the delivery of videos. This study proposes a proxy-assisted periodic broadcast architecture which overcome these issues.
A journal about amateur video delivery platforms has been started and it is expected that more and more people will be creating digital video content. Some factors that have been mentioned as affecting the perceived quality of video delivery platforms include the cost of equipment, software, and protocols; as well as the user experience.
A paper about the significance of video streaming offers a more in-depth understanding of how people use the Internet today. In the past, individuals would only have been able to see text and still images while they were connected to the Internet. However, this has changed since users now want to see high quality videos just as they see television. This is why it is so important for those who are using the Internet for their day-to-day lives to be aware of the importance of video streaming.
A study about the effect of using internet video in distance education for engineering topics was conducted. The study showed that internet video can help deliver synchronous distance education for engineering topics more effectively than traditional methods. It was found that internet video can provide a more engaging experience for students and make the learning process more comprehendible. Some pros of using internet video in distance education for engineering topics include: easier comprehension, improved flow,Less distraction from other tasks, and increased bonding between students and instructors. While there are some cons to using internet video in distance education for engineering topics, such as some students finding the material less engaging, overall the potential benefits of this form of instruction make it an advantage over traditional methods.
