FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2138088462> ?p ?o ?g. }

• W2138088462 abstract "Recently, the content distribution network industry has become exposed to significant changes. The advent of cheaper and more powerful mobile devices having the ability to play, create, and transmit video content and which maximize a number of multimedia content distributions on various mobile networks will place unprecedented demands on networks for high capacity, low-latency, and low-loss communications paths. The reduction of cost of digital video cameras along with development of user-generated video sites (e.g., iTunesTM, GoogleTM Video and YouTubeTM) have stimulated the new user-generated content sector. Growing premium content coupled with advanced video technologies, such as the Internet TV, will replace in the near future conventional technologies (e.g., cable or satellite TV). The relatively recent ITU-T H.264/AVC (ISO/IEC MPEG-4 Part 10) video coding standard (Wiegand & Sullivan, 2003), which was officially issued in 2003, has become a challenge for real-time video applications. Compared to others standards, it gains about 50% in bit rate, while providing the same visual quality. In addition to having all the advantages of MPEG2, H.263 and MPEG-4, the H.264 video coding standard possesses a number of improvements, such as the content-adaptive-based arithmetic codec (CABAC), enhanced transform and quantization, prediction of Intra macroblocks (spatial prediction), and others. H.264 is designed for both constant bit rate (CBR) and variable bit rate (VBR) video coding, useful for transmitting video sequences over statistically multiplexed networks (e.g. asynchronous transfer mode (ATM), the Ethernet, or other Internet networks). This video coding standard can also be used at any bit rate range for various applications, varying from wireless video phones to high definition television (HDTV) and digital video broadcasting (DVB). In addition, H.264 provides significantly improved coding efficiency and greater functionality, such as rate scalability, “Intra” prediction and error resilience in comparison with its predecessors, MPEG-2 and H.263. However, H.264/AVC is much more complex in comparison to other coding standards and to achieve maximum quality encoding, high computational resources are required. Due to the recent technological achievements and trends, the high-definition, highly interactive networked media applications pose challenges to network operators. The variety of end-user devices with different capabilities, ranging from cell phones with small screens and restricted processing power to high-end PCs with high-definition displays, have stimulated significant interest in effective technologies for video adaptation for spatial formats, consuming power and bit rate." @default.
• W2138088462 created "2016-06-24" @default.
• W2138088462 creator A5026562201 @default.
• W2138088462 creator A5034314821 @default.
• W2138088462 date "2011-06-24" @default.
• W2138088462 modified "2023-10-04" @default.
• W2138088462 title "Recent Advances in Region-of-interest Video Coding" @default.
• W2138088462 cites W107785668 @default.
• W2138088462 cites W1521572013 @default.
• W2138088462 cites W1565778364 @default.
• W2138088462 cites W1597558261 @default.
• W2138088462 cites W1782599057 @default.
• W2138088462 cites W1964204065 @default.
• W2138088462 cites W1966263838 @default.
• W2138088462 cites W1966954456 @default.
• W2138088462 cites W1969547484 @default.
• W2138088462 cites W1980526971 @default.
• W2138088462 cites W1992789595 @default.
• W2138088462 cites W1997249460 @default.
• W2138088462 cites W2008199864 @default.
• W2138088462 cites W2041629719 @default.
• W2138088462 cites W2044955080 @default.
• W2138088462 cites W2046015977 @default.
• W2138088462 cites W2060978926 @default.
• W2138088462 cites W2074288598 @default.
• W2138088462 cites W2083674637 @default.
• W2138088462 cites W2090566347 @default.
• W2138088462 cites W2092391747 @default.
• W2138088462 cites W2098277871 @default.
• W2138088462 cites W2099557956 @default.
• W2138088462 cites W2100259162 @default.
• W2138088462 cites W2101339846 @default.
• W2138088462 cites W2106219841 @default.
• W2138088462 cites W2106581364 @default.
• W2138088462 cites W2111509050 @default.
• W2138088462 cites W2114038385 @default.
• W2138088462 cites W2114604696 @default.
• W2138088462 cites W2114701396 @default.
• W2138088462 cites W2116315233 @default.
• W2138088462 cites W2121601095 @default.
• W2138088462 cites W2122507456 @default.
• W2138088462 cites W2123641652 @default.
• W2138088462 cites W2125139266 @default.
• W2138088462 cites W2126109701 @default.
• W2138088462 cites W2128997084 @default.
• W2138088462 cites W2129974284 @default.
• W2138088462 cites W2131259250 @default.
• W2138088462 cites W2134254441 @default.
• W2138088462 cites W2139969727 @default.
• W2138088462 cites W2142931968 @default.
• W2138088462 cites W2144134578 @default.
• W2138088462 cites W2145654296 @default.
• W2138088462 cites W2157062017 @default.
• W2138088462 cites W2157148093 @default.
• W2138088462 cites W2162506020 @default.
• W2138088462 cites W2163366715 @default.
• W2138088462 cites W2163813937 @default.
• W2138088462 cites W2164786290 @default.
• W2138088462 cites W2168044919 @default.
• W2138088462 cites W2170714427 @default.
• W2138088462 cites W2171514062 @default.
• W2138088462 cites W2172073677 @default.
• W2138088462 cites W2425240487 @default.
• W2138088462 cites W2790830920 @default.
• W2138088462 cites W3140034723 @default.
• W2138088462 cites W4088913 @default.
• W2138088462 cites W2153670943 @default.
• W2138088462 cites W2227797683 @default.
• W2138088462 cites W2561695843 @default.
• W2138088462 doi "https://doi.org/10.5772/17789" @default.
• W2138088462 hasPublicationYear "2011" @default.
• W2138088462 type Work @default.
• W2138088462 sameAs 2138088462 @default.
• W2138088462 citedByCount "14" @default.
• W2138088462 countsByYear W21380884622013 @default.
• W2138088462 countsByYear W21380884622014 @default.
• W2138088462 countsByYear W21380884622015 @default.
• W2138088462 countsByYear W21380884622017 @default.
• W2138088462 crossrefType "book-chapter" @default.
• W2138088462 hasAuthorship W2138088462A5026562201 @default.
• W2138088462 hasAuthorship W2138088462A5034314821 @default.
• W2138088462 hasBestOaLocation W21380884621 @default.
• W2138088462 hasConcept C144024400 @default.
• W2138088462 hasConcept C179518139 @default.
• W2138088462 hasConcept C36289849 @default.
• W2138088462 hasConcept C41008148 @default.
• W2138088462 hasConceptScore W2138088462C144024400 @default.
• W2138088462 hasConceptScore W2138088462C179518139 @default.
• W2138088462 hasConceptScore W2138088462C36289849 @default.
• W2138088462 hasConceptScore W2138088462C41008148 @default.
• W2138088462 hasLocation W21380884621 @default.
• W2138088462 hasOpenAccess W2138088462 @default.
• W2138088462 hasPrimaryLocation W21380884621 @default.
• W2138088462 hasRelatedWork W1505185318 @default.
• W2138088462 hasRelatedWork W2094628263 @default.
• W2138088462 hasRelatedWork W2209235271 @default.
• W2138088462 hasRelatedWork W2346058735 @default.
• W2138088462 hasRelatedWork W2364620564 @default.
• W2138088462 hasRelatedWork W2367368021 @default.
• W2138088462 hasRelatedWork W2379534648 @default.

• next