000 31019nam a2206313 i 4500
003 KOHA
005 20250312125607.0
008 241112s2021 sz a 001 0 eng d
020 _a9783030621247
_q(eBook)
020 _a9783030621230
_q(hardback)
040 _aTR-IsMEF
_beng
_cTR-IsMEF
_erda
041 0 _aeng
050 4 _aTA1634
_b.L5 2021
100 1 _aLi, Ze-Nian.
_eauthor.
245 1 0 _aFundamentals of Multimedia
_h /
_cby Ze-Nian Li, Mark S. Drew, Jiangchuan Liu.
250 _aThird edition.
264 1 _aCham :
_bSpringer International Publishing :
_bImprint: Springer,
_c2021.
264 4 _c©2021
300 _axxv, 824 pages :
_billustrations ;
_c24 cm.
336 _atext
_2rdacontent
337 _aunmediated
_2rdamedia
338 _avolume
_2rdacarrier
490 1 _aSpringer.
_aTexts in Computer Science.
505 0 _aPart I: Introduction and Multimedia Data Representations -- Introduction to Multimedia -- A Taste of Multimedia -- Graphics and Image Data Representations -- Color in Image and Video -- Fundamental Concepts in Video -- Basics of Digital Audio -- Part II: Multimedia Data Compression -- Lossless Compression Algorithms -- Lossy Compression Algorithms -- Image Compression Standards -- Basic Video Compression Techniques -- MPEG Video Coding: MPEG-1, 2, 4 and 7 -- Modern Video Coding Standards: H.264, H.265, and H.266 -- Basic Audio Compression Techniques -- MPEG Audio Compression -- Part III: Multimedia Communications and Networking -- Network Services and Protocols for Multimedia Communications -- Internet Multimedia Content Distribution -- Multimedia over Wireless and Mobile Networks -- Cloud Computing for Multimedia Services -- Part IV: Human-Centric Interactive Multimedia -- Online Social Media Sharing -- Augmented Reality and Virtual Reality -- Content-Based Retrieval in Digital Libraries -- Cloud Computing for Multimedia Services.
520 0 _aMultimedia is a ubiquitous part of the digital world in which we live and think, touching upon almost all aspects of computer science and engineering. This comprehensive textbook introduces the Fundamentals of Multimedia in an accessible manner, addressing real issues commonly faced in the workplace. Suitable for both advanced undergraduate and graduate students, the essential concepts are explained in a practical way to enable students to apply their existing skills and acquired knowledge to solve problems in multimedia. Fully revised and updated, this new edition now includes coverage of current topics such as 360́اŒ video and the video coding standard H.266, as well as new-generation social, mobile and cloud computing for human-centric interactive multimedia, augmented reality and virtual reality, deep learning for multimedia processing, and their attendant technologies. Topics and features: Presents a brief history and overview of the key concepts in multimedia, including important data representations and color science Discusses the impact of social media and cloud computing on information sharing, as well as on multimedia content search and retrieval Includes numerous helpful study exercises at the end of each chapter Reviews lossless and lossy compression methods for image, video and audio data Examines the demands placed by multimedia communications on wired and wireless networks Provides supplementary resources for both students and instructors at an associated website This classroom-tested textbook is ideal for upper-level undergraduate and graduate courses on multimedia systems. Practitioners in industry interested in current multimedia technologies will also find the book to be a useful reference. Drs. Ze-Nian Li, Mark S. Drew, and Jiangchuan Liu are Professors in the School of Computing Science at Simon Fraser University, Vancouver, BC, Canada. .
650 0 _aComputer vision
650 0 _aMultimedia systems
650 0 _aImage processing
_xDigital techniques
650 0 _aSignal processing
650 0 _aComputer networks℗¡
650 0 _aInternet programming
650 1 4 _aComputer Vision
650 2 4 _aMultimedia Information Systems
650 2 4 _aComputer Imaging, Vision, Pattern Recognition and Graphics
650 2 4 _aSignal, Speech and Image Processing
650 2 4 _aComputer Communication Networks
650 2 4 _aWeb Development
700 1 _aDrew, Mark S.
_eauthor.
700 1 _aLiu, Jiangchuan.
_eauthor.
830 0 _aSpringer.
_pTexts in Computer Science.
_953194
900 _aMEF Üniversitesi Kütüphane katalog kayıtları RDA standartlarına uygun olarak üretilmektedir / MEF University Library Catalogue Records are Produced Compatible by RDA Rules
910 _aDelbanco.
942 _2lcc
_cBKS
970 0 1 _aContents
970 1 2 _lPart I
_tIntroduction and multimedia data representations.
970 1 2 _l1
_tIntroduction to Multimedia,
_p3.
970 1 1 _l1.1
_tWhat is multimedia?
_p3.
970 1 1 _l1.1.1
_tComponents of multimedia,
_p4.
970 1 1 _l1.2
_tMultimedia: past and present,
_p5.
970 1 1 _l1.2.1
_tEarly history of multimedia,
_p5.
970 1 1 _l1.2.2
_tHypermedia, WWW, and internet,
_p9.
970 1 1 _l1.2.3.
_tMultimedia in the new millenium,
_p13.
970 1 1 _l1.3
_tMultimedia software tools: a quick scan,
_p16.
970 1 1 _l1.3.1
_tMusic sequencing and notation,
_p17.
970 1 1 _l1.3.2
_tDigital audio,
_p17.
970 1 1 _l1.3.3
_tGraphics and image editing,
_p18.
970 1 1 _l1.3.4
_tVideo editing,
_p19.
970 1 1 _l1.3.5
_tAnimation,
_p19.
970 1 1 _l1.3.6
_tMultimedia authoring,
_p20.
970 1 1 _l1.3.7
_tMultimedia broadcasting,
_p21.
970 1 1 _l1.4
_tThe future of multimedia,
_p22.
970 1 1 _l1.5
_tExercises,
_p24.
970 1 1 _treferences,
_p25.
970 1 2 _l2
_tA taste of multimedia,
_p27.
970 1 1 _l2.1
_tMultimedia tasks and concerns,
_p27.
970 1 1 _l2.2
_tMultimedia presentation,
_p28.
970 1 1 _l2.3
_tData compression,
_p35.
970 1 1 _l2.4
_tMultimedia production,
_p38.
970 1 1 _l2.5
_tMultimedia sharing and distribution,
_p39.
970 1 1 _l2.6
_tSome useful editing and authoring tools,
_p41.
970 1 1 _l2.6.1
_tAdobe premiere,
_p42.
970 1 1 _l2.6.2
_tHTML5 Canvas,
_p45.
970 1 1 _l2.6.3
_tAdobe director,
_p46.
970 1 1 _l2.6.4
_tAdobe XD,
_p48.
970 1 1 _l2.7
_tExercises,
_p51.
970 1 2 _l3
_tGraphics and image data representations,
_p57.
970 1 1 _l3.1
_tGraphics and image data types,
_p57.
970 1 1 _l3.1.1.
_t1-Bit images,
_p57.
970 1 1 _l3.1.2
_t8-Bit gray-Level Images,
_p58.
970 1 1 _l3.1.3
_tImage data types,
_p62.
970 1 1 _l3.1.4
_t24-Bit color images,
_p62.
970 1 1 _l3.1.5
_tHigher bit-depth images,
_p62.
970 1 1 _l3.1.6.
_t8-Bit color images,
_p63.
970 1 1 _l3.1.7
_tColor lookup tables (LUTs),
_p65.
970 1 1 _l3.2
_tPopular file formats,
_p69.
970 1 1 _l3.2.1
_tGIF,
_p69.
970 1 1 _l3.2.2
_tJPEG,
_p73.
970 1 1 _l3.2.3
_tPNG,
_p75.
970 1 1 _l3.2.4
_tTIFF,
_p75.
970 1 1 _l3.2.5.
_tWindows BMP,
_p76.
970 1 1 _l3.2.6
_tWindows WMF,
_p76.
970 1 1 _l3.2.7
_tNetpbm format,
_p76.
970 1 1 _l3.2.8
_tEXIF,
_p76.
970 1 1 _l3.2.9
_tHEIF,
_p76.
970 1 1 _l3.2.10
_tPS and PDF,
_p77.
970 1 1 _l3.2.11
_tPTM,
_p78.
970 1 1 _l3.3
_tExercises,
_p79.
970 1 1 _tReferences,
_p81.
970 1 2 _l4
_tColor science,
_p83.
970 1 1 _l4.1.1
_tLight and spectra,
_p83.
970 1 1 _l4.1.2
_tHuman vision,
_p85.
970 1 1 _l4.1.3
_tSpectral sensitivity of the eye,
_p85.
970 1 1 _l4.1.4
_tImage formation,
_p86.
970 1 1 _l4.1.5
_tCamera systems,
_p88.
970 1 1 _l4.1.6
_tGamma correction,
_p88.
970 1 1 _l4.1.7
_tColor-matching functions,
_p91.
970 1 1 _l4.1.8
_tCIE chromaticity diagram,
_p92.
970 1 1 _l4.1.9
_tColor monitor specifications,
_p96.
970 1 1 _l4.1.10
_tOut of gamut colors,
_p96.
970 1 1 _l4.1.11
_tWhite point corretion,
_p97.
970 1 1 _l4.1.12
_tXYZ to RGB transform,
_p99.
970 1 1 _l4.1.13
_tTransform with gamma correction,
_p99.
970 1 1 _l4.1.14
_tL*a*b* (CIELAB) color model,
_p100.
970 1 1 _l4.1.15
_tMore color coordinate schemes,
_p102.
970 1 1 _l4.1.16
_tMunsell color naming system,
_p102.
970 1 1 _l4.2
_tColor models in images,
_p102.
970 1 1 _l4.2.1
_tRGB color model for displays,
_p102.
970 1 1 _l4.2.2.
_tMultisensor cameras,
_p103.
970 1 1 _l4.2.3
_tCamera-dependent color,
_p103.
970 1 1 _l4.2.4
_tSubstractive color: CMY color model,
_p105.
970 1 1 _l4.2.5
_tTransformation from RGB to CMY,
_p105.
970 1 1 _l4.2.6
_tUndercolor removal CMYK system,
_p106.
970 1 1 _l4.2.7
_tPrinter gamuts,
_p106.
970 1 1 _l4.2.8
_tMulti-ink printers,
_p107.
970 1 1 _l4.3
_tColor models in video,
_p108.
970 1 1 _l4.3.1
_tVideo color transforms,
_p108.
970 1 1 _l4.3.2
_tYUV color model,
_p109.
970 1 1 _l4.3.3.
_tYIQ color model,
_p111.
970 1 1 _l4.3.4
_tYCbCr color model,
_p112.
970 1 1 _l4.4
_tExercises,
_p113.
970 1 1 _tReferences,
_p117.
970 1 2 _l5
_tFundamental concepts in video,
_p119.
970 1 1 _l5.1
_tAnalog video,
_p119.
970 1 1 _l5.1.1
_tNTSC video,
_p122.
970 1 1 _l5.1.2
_tPAL video,
_p125.
970 1 1 _l5.1.3
_tSECAM video,
_p125.
970 1 1 _l5.2
_tDigital video,
_p126.
970 1 1 _l5.2.1
_tChroma subsampling,
_p126.
970 1 1 _l5.2.2
_tCCIR and ITU-R standards for digital video,
_p128.
970 1 1 _l5.2.3
_tHigh definition TV (HDTV),
_p129.
970 1 1 _l5.2.4
_tUltra-high-definition TV (UHDTV),
_p130.
970 1 2 _l5.3
_tVideo display interfaces,
_p131.
970 1 1 _l5.3.1
_tAnalog display interfaces,
_p131.
970 1 1 _l5.3.2
_tDigital display interfaces,
_p133.
970 1 1 _l5.4
_t360 video,
_p135.
970 1 1 _l5.4.1
_tEquirectangular projection (ERP),
_p136.
970 1 1 _l5.4.2
_tOther projections,
_p137.
970 1 1 _l5.5
_t3D video and TV,
_p138.
970 1 1 _l5.5.1
_tCues for 3D percept,
_p138.
970 1 1 _l5.5.2
_t3D camera models,
_p139.
970 1 1 _l5.5.3
_t3D movie and TV based on stereo vision,
_p140.
970 1 1 _l5.5.4
_tThe vergence-accommodation conflict,
_p141.
970 1 1 _l5.5.5
_tAutostereoscopic (glasses free) display devices,
_p142.
970 1 1 _l5.5.6
_tDisparity manipulation in 3D content creation,
_p143.
970 1 1 _l5.6
_tVideo quality assessment (VQA),
_p145.
970 1 1 _l5.6.1
_tObjective assessment,
_p145.
970 1 1 _l5.6.2
_tSubjective assessment,
_p146.
970 1 1 _l5.6.3
_tOther VQA metrics,
_p146.
970 1 1 _l5.7
_tExercises,
_p146.
970 1 1 _tReferences,
_p148.
970 1 2 _l6
_tBasic of digital audio,
_p151.
970 1 1 _l6.1
_tDigization of sound,
_p151.
970 1 1 _l6.1.1
_tWhat is sound?
_p151.
970 1 1 _l6.1.2
_tDigization,
_p152.
970 1 1 _l6.1.3
_tNyquist theorem,
_p155.
970 1 1 _l6.1.4
_tSignal-to-noise ratio (SNR),
_p158.
970 1 1 _l6.1.5
_tSignal to quantization noise ratio (SQNR),
_p158.
970 1 1 _l6.1.6
_tLinear and nonlinear quantization,
_p159.
970 1 1 _l6.1.7
_tAudio filtering,
_p164.
970 1 1 _l6.1.8
_tAudio quality versus data rate,
_p164.
970 1 1 _l6.1.9
_tSynthetic sounds,
_p165.
970 1 1 _l6.2
_tMIDI: Musical instrument digital interface,
_p167
970 1 1 _l6.2.1
_tMIDI overview,
_p167.
970 1 1 _l6.2.2
_tHardware aspects of MIDI,
_p171.
970 1 1 _l6.2.3
_tStructure ıf MIDI messages,
_p173.
970 1 1 _l6.2.4
_tMIDI-to-WAV conversion,
_p177.
970 1 1 _l6.2.5
_tGeneral MIDI,
_p177.
970 1 1 _l6.2.6
_tMIDI 2.0,
_p177.
970 1 1 _l6.3
_tQuantization and transmission of audio,
_p178.
970 1 1 _l6.3.1
_tCoding of audio,
_p178.
970 1 1 _l6.3.2
_tPulse code modulation,
_p178.
970 1 1 _l6.3.3
_tDifferential coding of audio,
_p180.
970 1 1 _l6.3.4
_tLossless predictive coding,
_p182.
970 1 1 _l6.3.5
_tDPCM,
_p186.
970 1 1 _l6.3.6
_tDM,
_p189.
970 1 1 _l6.3.7
_tADPCM,
_p190.
970 1 1 _l6.4
_tExercises,
_p191.
970 1 1 _tReferences,
_p195.
970 1 2 _lPart II
_tMultimedia data compression.
970 1 2 _l7
_tLossless compression algorithms,
_p199.
970 1 1 _l7.1
_tIntroduction,
_p199.
970 1 1 _l7.2
_tBasic of information theory,
_p200.
970 1 1 _l7.3
_tRun-length coding,
_p203.
970 1 1 _l7.4
_tVariable length coding (VLC),
_p203.
970 1 1 _l7.4.1
_tShannon-Fano Agorithm,
_p204.
970 1 1 _l7.4.2
_tHuffman coding,
_p205.
970 1 1 _l7.4.3
_tAdaptive Huffman Coding,
_p210.
970 1 1 _l7.5
_tDictionary-based coding,
_p215.
970 1 1 _l7.6
_tArithmetic coding,
_p220.
970 1 1 _l7.6.1
_tBasic Arithmetic coding algorithm,
_p221.
970 1 1 _l7.6.2
_tScaling and incremental coding,
_p224.
970 1 1 _l7.6.3
_tInteger implementation,
_p229.
970 1 1 _l7.6.4
_tBinary arithmetic coding,
_p229.
970 1 1 _l7.6.5
_tAdaptive arithmetic coding,
_p230.
970 1 1 _l7.7
_tLossless image compression,
_p233.
970 1 1 _l7.7.1
_tDifferential coding images,
_p233.
970 1 1 _l7.7.2
_tLossless JPEG,
_p234.
970 1 1 _l7.8
_tExercises,
_p236.
970 1 1 _tReferences,
_p239.
970 1 2 _l8
_tLossy compression algorithms,
_p241.
970 1 1 _l8.1
_tIntroduction,
_p241.
970 1 1 _l8.2
_tDistortion measures,
_p242.
970 1 1 _l8.3
_tThe Rate-distortion theory,
_p243.
970 1 1 _l8.4
_tQuantization,
_p244.
970 1 1 _l8.4.1
_tUniform scalar quantization,
_p244.
970 1 1 _l8.4.2
_tNonuniform scalar quantization,
_p247.
970 1 1 _l8.4.3
_tVector quantization,
_p249.
970 1 1 _l8.5
_tTransform coding,
_p250.
970 1 1 _l8.5.1
_tDiscrete cosine transform (DCT),
_p251.
970 1 1 _l8.5.2
_tKarhunen-Loeve transform*,
_p266.
970 1 1 _l8.6
_tWavelet packets,
_p288.
970 1 1 _l8.6.1
_tIntroduction,
_p269.
970 1 1 _l8.6.2
_tContinuous wavelet transform,
_p274.
970 1 1 _l8.6.3
_tDiscrete wavelet transform,
_p277.
970 1 1 _l8.7
_tWavelet packets,
_p288.
970 1 1 _l8.8
_tEmbedded zerotree of wavelet coefficients,
_p289.
970 1 1 _l8.8.1
_tThe zerotree data structure,
_p290.
970 1 1 _l8.8.2
_tSuccessive approximation quantization,
_p292.
970 1 1 _l8.8.3
_tEZW example,
_p293.
970 1 1 _l8.9
_tSet partitioning in hierarchial trees (SPIHT),
_p296.
970 1 1 _l8.10
_tExercises,
_p296.
970 1 1 _tReferences,
_p300.
970 1 2 _l9
_tImage compression standards,
_p301.
970 1 1 _l9.1
_tThe JPEG standard,
_p301.
970 1 1 _l9.1.1
_tMain steps in JPEG image compression,
_p302.
970 1 1 _l9.1.2
_tJPEG Modes,
_p311.
970 1 1 _l9.1.3
_tA glance at the JPEG bitstream,
_p314.
970 1 1 _l9.2
_tThe JPEG 2000 standard,
_p315.
970 1 1 _tMain steps of JPEG 2000 image compression,
_p316.
_l9.2.1
970 1 1 _tAdapting EBCOT to JPEG 2000,
_p325.
_l9.2.2
970 1 1 _tRegion of interest coding,
_p325.
_l9.2.3
970 1 1 _tComparison of JPEG and JPEG 2000 performance,
_p326.
_l9.2.4
970 1 1 _tThe JPEG-LS standard,
_p327.
_l9.3
970 1 1 _tPrediction,
_p329.
_l9.3.1
970 1 1 _tContext determination,
_p331.
_l9.3.2
970 1 1 _tResidual coding,
_p331.
_l9.3.3
970 1 1 _tNear-lossless mode,
_p332.
_l9.3.4
970 1 1 _tBi-level image compression standards,
_p332.
_l9.4
970 1 1 _tThe JBIG standard,
_p332.
_l9.4.1
970 1 1 _tThe JBIG2 standard,
_p333.
_l9.4.1
970 1 1 _tThe JBIG2 standard,
_p333.
_l9.4.2
970 1 1 _tExercises,
_p336.
_l9.5
970 1 1 _tReferences,
_p338.
970 1 2 _l10
_tBasic video compression techniques,
_p341.
970 1 1 _l10.1
_tIntroduction to video compression,
_p341.
970 1 1 _l10.2
_tVideo compression based on motion compensation,
_p342.
970 1 1 _l10.3
_tSearch for motion vectors,
_p343.
970 1 1 _l10.3.1
_tSequential search,
_p344.
970 1 1 _l10.3.2.
_t2D logarithmic search,
_p345.
970 1 1 _l10.3.3
_tHierarchical search,
_p347.
970 1 1 _l10.4
_tH.261,
_p349.
970 1 1 _l10.4.1
_tIntre-frame (I-Frame) coding,
_p351.
970 1 1 _l10.4.2
_tInter-Frame (P-Frame) predictive coding,
_p351.
970 1 1 _l10.4.3
_tQuantization in H.261,
_p352.
970 1 1 _l10.4.4
_tH.261 encoder and decoder,
_p353.
970 1 1 _l10.4.5
_tA Glance at the H.261 video bitstream syntax,
_p355.
970 1 1 _l10.5
_tH.263,
_p357.
970 1 1 _l10.5.1
_tMotion compensation in H.263,
_p357.
970 1 1 _l10.5.2
_tOptional H.263 Coding Modes,
_p358.
970 1 1 _l10.5.3
_tH.263+ And H.263++ ,
_p360.
970 1 1 _l10.6
_tExercises,
_p362.
970 1 1 _tReferences,
_p364.
970 1 2 _l11
_tMPEG video coding: MPEG-1,2,4, and 7,
_p365.
970 1 1 _l11.1
_tOverview,
_p365.
970 1 1 _l11.2
_tMPEG-1,
_p366.
970 1 1 _l11.2.1
_tMotion compensation in MPEG-1,
_p366.
970 1 1 _l11.2.2
_tOther major differences from H.261,
_p368.
970 1 1 _l11.2.3
_tMPEG-1 video bitstream,
_p371.
970 1 1 _l11.3
_tMPEG-2,
_p372.
970 1 1 _l11.3.1
_tSupporting interlaced video,
_p374.
970 1 1 _l11.3.2
_tMPEG-2 scabilities,
_p377.
970 1 1 _l11.3.3
_tother major differences from MPEG-1,
_p383.
970 1 1 _l11.4
_tMPEG-4,
_p385.
970 1 1 _l11.4.1
_tOverview of MPEG-4,
_p385.
970 1 1 _l11.4.2
_tVideo object-based coding in MPEG-4,
_p401.
970 1 1 _l11.4.3
_tSynthetic object coding in MPEG-4,
_p401.
970 1 1 _l11.4.4
_tMPEG-4 parts, profiles, and levels,
_p409.
970 1 1 _l11.5
_tMPEG-7,
_p410.
970 1 1 _l11.5.1
_tDescriptor (D),
_p412.
970 1 1 _l11.5.2
_tDescription scheme (DS),
_p414.
970 1 1 _l11.5.3
_tDescription definition language (DDL),
_p417.
970 1 1 _l11.6
_tExercises,
_p417.
970 1 1 _tReferences,
_p420.
970 1 2 _l12
_tModern video coding standards: H.264, H.265, and H.266,
_p423.
970 1 1 _l12.1
_tOverview,
_p423.
970 1 1 _l12.2
_tH.264,
_p423.
970 1 1 _l12.2.1
_tMotion compensation,
_p425.
970 1 1 _l12.2.2
_tInteger transform,
_p428.
970 1 1 _l12.2.3
_tQuantization and scalling,
_p430.
970 1 1 _l12.2.4
_tExamples of H.264 Integer transform and quantization,
_p432.
970 1 1 _l12.2.5
_tIntra-coding,
_p435.
970 1 1 _l12.2.6
_tIn-loop deblocking filtering,
_p436.
970 1 1 _l12.2.7
_tEntropy coding,
_p437.
970 1 1 _l12.2.8
_tContext-adaptive variable length coding (CAVLC),
_p440.
970 1 1 _l12.2.9
_tContext-adaptive binary arithmetic coding (CABAC),
_p442.
970 1 1 _l12.2.10
_tH.264 profiles,
_p444.
970 1 1 _l12.2.11
_tH.264 scalable video coding (SVC),
_p446.
970 1 1 _l12.2.12
_tH.264 multiview video coding (MVC),
_p447.
970 1 1 _l12.3
_tH.265,
_p448.
970 1 1 _l12.3.1
_tMotion compensation,
_p449.
970 1 1 _l12.3.2
_tInteger transform,
_p453.
970 1 1 _l12.3.3
_tWuantization and scaling,
_p454.
970 1 1 _l12.3.4
_tIntra-coding,
_p455.
970 1 1 _l12.3.5
_tDiscrete sine transform (DST),
_p455.
970 1 1 _l12.3.6
_tIn-Loop filtering,
_p457.
970 1 1 _l12.3.7
_tEntropy coding,
_p458.
970 1 1 _l12.3.8
_tSpecial coding modes,
_p458.
970 1 1 _l12.3.9
_tH.265 profiles,
_p459.
970 1 1 _l12.3.10
_tH.265 extensions,
_p460.
970 1 1 _l12.4
_tH.266,
_p462.
970 1 1 _l12.4.1
_tMotion compensation,
_p463.
970 1 1 _l12.4.2
_tAdative multiple transforms,
_p465.
970 1 1 _l12.4.3
_tNon-separable secondary transform,
_p465.
970 1 1 _l12.4.4
_tIn-Loop filtering,
_p468.
970 1 1 _l12.4.5
_tTools for high dynamic range (HDR) video,
_p469.
970 1 1 _l12.4.6
_tTools for 360 video,
_p471.
970 1 1 _l12.4.7
_tH.266 performance report,
_p473.
970 1 1 _l12.5
_tExercises,
_p474.
970 1 1 _tReferences,
_p477.
970 1 2 _l13
_tBasic audio compression techniques,
_p479.
970 1 1 _l13.1
_tADPCM in speech coding,
_p480.
970 1 1 _l13.1.1
_tADPCM,
_p480.
970 1 1 _l13.1.2
_tG.726 ADPCM, G.727-9,
_p480.
970 1 1 _l13.2
_tVocoders,
_p483.
970 1 1 _l13.2.1
_tPhase insensitivity,
_p483.
970 1 1 _l13.2.2
_tChannel vocoder,
_p484.
970 1 1 _l13.2.3
_tFormant vocoder,
_p485.
970 1 1 _l13.2.4
_tLinear predictive coding,
_p486.
970 1 1 _l13.2.5
_tCELP,
_p489.
970 1 1 _l13.2.6
_tHybrid excitation vocoders,
_p495.
970 1 1 _l13.3
_topen source speech codecs,
_p498.
970 1 1 _l13.3.1
_tSpeex,
_p499.
970 1 1 _l13.3.2
_tOpus,
_p500.
970 1 1 _l13.4
_tExercises,
_p502.
970 1 1 _tReferences,
_p504.
970 1 2 _l14
_tMPEG audio compression,
_p505.
970 1 1 _l14.1
_tPsychoacoustics,
_p506.
970 1 1 _l14.1.1
_tEqual-loudness relations,
_p506.
970 1 1 _l14.1.2
_tFrequency masking,
_p508.
970 1 1 _l14.1.3
_tTemporal masking,
_p513.
970 1 1 _l14.2
_tMPEG audio,
_p515.
970 1 1 _l14.2.1
_tMPEG layers,
_p515.
970 1 1 _l14.2.2
_tMPEG audio strategy,
_p516.
970 1 1 _l14.2.3
_tMPEG audio compression algorithm,
_p517.
970 1 1 _l14.2.4
_tMPEG-2 AAC (advenced audio coding),
_p523.
970 1 1 _l14.2.5
_tMPEG-4 audio,
_p525.
970 1 1 _l14.3
_tOther audio codecs,
_p526.
970 1 1 _l14.3.1
_tOgg vorbis,
_p526.
970 1 1 _l14.4
_tMPEG-7 audio and beyond,
_p528.
970 1 1 _l14.5
_tFurther exploration,
_p529.
970 1 1 _l14.6
_tExercises,
_p529.
970 1 1 _tReferences,
_p530.
970 1 2 _lPart III
_tMultimedia communications and networking.
970 1 2 _l15
_tNetwork services and protocols for multimedia communications,
_p535.
970 1 1 _l15.1
_tProtocol layers of computer communication networks,
_p535.
970 1 1 _l15.2
_tLocal area network (LAN) and access networks,
_p535.
970 1 1 _l15.2.1
_tLAN standarts,
_p538.
970 1 1 _l15.2.2
_tEthernet technology,
_p538.
970 1 1 _l15.2.3
_tAccess network technologies,
_p540.
970 1 1 _l15.3
_tInternet technologies and protocols,
_p543.
970 1 1 _l15.3.1
_tNetwork layer: IP,
_p543.
970 1 1 _l15.3.2
_tTransport layer: TCP and UDP,
_p545.
970 1 1 _l15.3.3
_tNetwork address translation (NAT) and firewall,
_p550.
970 1 1 _l15.4
_tMulticast extension,
_p552.
970 1 1 _l15.4.1
_tRouter-Based architectures: IP multicast,
_p552.
970 1 1 _l15.4.2
_tNon router-based multicast architectures,
_p554.
970 1 1 _l15.5
_tQuality of service (QoS) and quality of experience (QoE),
_p555.
970 1 1 _l15.5.1
_tQoS and QoE for multimedia communications,
_p556.
970 1 1 _l15.5.2
_tInternet QoS architecture: Intserv and diffserv,
_p560.
970 1 1 _l15.5.3
_tNetwork softwarization and virtualization: SDN and NVF,
_p564.
970 1 1 _l15.5.4
_trate control and buffer management,
_p565.
970 1 1 _l15.6
_tProtocols for multimedia transmission and interaction,
_p567.
970 1 1 _l15.6.1
_tHypertext transfer protocol (HTTP),
_p567.
970 1 1 _l15.6.2
_tReal-Time transport protocol (RTP),
_p569.
970 1 1 _l15.6.3
_tRTP control protocol (RTCP),
_p571.
970 1 1 _l15.6.4
_tReal time streaming protocol (RTSP),
_p571.
970 1 1 _l15.7
_tCase study: internet telephony,
_p573.
970 1 1 _l15.7.1
_tSignaling protocols: H.323 and session initation protocol (SIP),
_p574.
970 1 1 _l15.8
_tFurther exploration,
_p578.
970 1 1 _l15.9
_tExercises,
_p578.
970 1 1 _tReferences,
_p580.
970 1 2 _l16
_tınternet multimedia content distribution,
_p583.
970 1 1 _l16.1
_tProxy caching,
_p584.
970 1 1 _l16.1.1
_tSliding-Interval caching,
_p585.
970 1 1 _l16.1.2
_tPrefix caching and segment caching,
_p587.
970 1 1 _l16.1.3
_tRate-split caching and work-ahead smoothing,
_p588.
970 1 1 _l16.2
_tContent distribution networks (CDNs),
_p592.
970 1 1 _l16.2.1
_tRequest routing and redirection,
_p592.
970 1 1 _l16.2.2
_tRepresentative: akamai streaming CDN,
_p594.
970 1 1 _l16.3
_tBroadcast/multicast video distribution,
_p596.
970 1 1 _l16.3.1
_tSmart TV and set-top box (STB),
_p596.
970 1 1 _l16.3.2
_tScalable broadcast/multicast VoD,
_p598.
970 1 1 _l16.3.3
_tMulti-rate broadcast/multicast for heterogeneous users,
_p602.
970 1 1 _l16.4
_tApplication-layer multicast and peer-to-peer streaming,
_p605.
970 1 1 _l16.4.1
_tApplication-layer multicast tree,
_p605.
970 1 1 _l16.4.2
_tRepresentative: end-system multicast (ESM),
_p606.
970 1 1 _l16.4.3
_tPeer-to-peer mesh overlay,
_p608.
970 1 1 _l16.4.4
_trepresentative: coolstreaming,
_p610.
970 1 1 _l16.5
_tWeb-based media streaming,
_p613.
970 1 1 _l16.5.1
_tDynamic adaptive streaming over HTTP (DASH),
970 1 1 _l16.5.2
_tCommon media application format (CMAF),
_p617.
970 1 1 _l16.5.3
_tWeb Real-time communication (WebRTC),
_p619.
970 1 1 _l16.6
_tExercises,
_p621.
970 1 1 _tReferences,
_p624.
970 1 2 _l17
_tMultimedia over wiereless and mobile networks,
_p627.
970 1 1 _l17.1
_tCharacteristics of wireless channels,
_p627.
970 1 1 _l17.1.1
_tPath loss,
_p627.
970 1 1 _l17.1.2
_tMultipath fading,
_p628.
970 1 1 _l17.2
_tWireless networking technologies,
_p630.
970 1 1 _l17.2.1
_tCellular wireless mobile networks: 1G-5G,
_p631.
970 1 1 _l17.2.2
_tWireless local area networks (WLANs),
_p640.
970 1 1 _l17.2.3
_tBluetooth and short-range technologies,
_p643.
970 1 1 _l17.3
_tMultimedia over wireless channels,
_p644.
970 1 1 _l17.3.1
_tError detection,
_p645.
970 1 1 _l17.3.2
_tError correction,
_p648.
970 1 1 _l17.3.3
_tError-resilient coding,
_p652.
970 1 1 _l17.3.4
_tError concealment,
_p657.
970 1 1 _l17.4
_tMobility management,
_p660.
970 1 1 _l17.4.1
_tMetwork layer mobile IP,
_p661.
970 1 1 _l17.4.2
_tLink-layer handoff management,
_p663.
970 1 1 _l17.5
_tFurther exploration,
_p665.
970 1 1 _l17.6
_tExercises,
_p666.
970 1 1 _tReferences,
_p667.
970 1 2 _l18
_tCloud computing for multimedia services,
_p671.
970 1 1 _l18.1
_tCloud computing overview,
_p672.
970 1 1 _l18.1.1
_tRepresentative storage service: Amazon S3,
_p676.
970 1 1 _l18.1.2
_tRepresentative computation service: Amazon EC2,
_p678.
970 1 1 _l18.2
_tMultimedia cloud computing,
_p681.
970 1 1 _l18.3
_tMultimedia content sharing over cloud,
_p681.
970 1 1 _l18.3.1
_tImpact of globalization,
_p684.
970 1 1 _l18.3.2
_tCase study : netflix,
_p685.
970 1 1 _l18.4
_tMultimedia computation offloading,
_p687.
970 1 1 _l18.4.1
_tRequirements for computation offloading,
_p688.
970 1 1 _l18.4.2
_tService partitioning for video processing,
_p689.
970 1 1 _l18.5
_tInteractive cloud gaming,
_p690.
970 1 1 _l18.5.1
_tWorkload and delay in cloud gaming,
_p691.
970 1 1 _l18.5.2
_tImplementation and deployment,
_p694.
970 1 1 _l18.6
_tEdge computing and severless computing for multimedia,
_p696.
970 1 1 _l18.6.1
_tMobile edge computing,
_p696.
970 1 1 _l18.6.2
_tSeverless computing for video processing,
_p698.
970 1 1 _l18.7
_tFurther exploration,
_p700.
970 1 1 _l18.8
_tExercises,
_p700.
970 1 1 _tReferences,
_p702.
970 1 2 _lPart IV
_tHuman-centric interactive multimedia.
970 1 2 _l19
_tOnline social media sharing,
_p707.
970 1 1 _l19.1
_tRepresentatives of social media services,
_p708.
970 1 1 _l19.1.1
_tUser-generated content (UGC),
_p708.
970 1 1 _l19.1.2
_tOnline social networking (OSN),
_p709.
970 1 1 _l19.2
_tUser-generated media content sharing,
_p710.
970 1 1 _l19.2.1
_tYoutube video format and meta-data,
_p710.
970 1 1 _l19.2.2
_tCharacteristics of youtube video,
_p711.
970 1 1 _l19.2.3
_tSmall-world in Youtube videos,
_p714.
970 1 1 _l19.2.4
_tYotube from a partner's view,
_p716.
970 1 1 _l19.2.5
_tCrowdsourced interactive livecast,
_p719.
970 1 1 _l19.3
_tMedia propagation in online social networks,
_p722.
970 1 1 _l19.3.1
_tSharing patterns of individual users,
_p723.
970 1 1 _l19.3.2
_tVideo propagation structure and model,
_p724.
970 1 1 _l19.3.3
_tVideo watching and sharing behaviors,
_p727.
970 1 1 _l19.4
_tMobile video clip sharing,
_p727.
970 1 1 _l19.4.1
_tMobile interface characteristics,
_p728.
970 1 1 _l19.4.2
_tVideo clip popularity,
_p729.
970 1 1 _l19.4.3
_tLifespan and propagation,
_p729.
970 1 1 _l19.5
_tFurther exploration,
_p731.
970 1 1 _l19.6
_tExercises,
_p731.
970 1 1 _tReferences,
_p733.
970 1 2 _l20
_tAugmented reality and virtual reality,
_p737.
970 1 1 _l20.1
_tDefining augmented reality and virtual reality,
_p737.
970 1 1 _l20.2
_tWorkflow of augmented reality,
_p740.
970 1 1 _l20.2.1
_tSensory data collection,
_p740.
970 1 1 _l20.2.2
_tLocalization and alignment,
_p741.
970 1 1 _l20.2.3
_tWorld generation and emission,
_p741.
970 1 1 _l20.3
_tEarly foundational systems and applications,
_p742.
970 1 1 _l20.4
_tEnabling hardware and insfrastructure,
_p745.
970 1 1 _l20.4.1
_tGraphics processing unit (GPU),
_p745.
970 1 1 _l20.4.2
_tGlobal positioning system (GPS),
_p747.
970 1 1 _l20.4.3
_tNetworking for multiple users,
_p748.
970 1 1 _l20.5
_tModern augmented reality systems and applications,
_p749.
970 1 1 _l20.6
_tLimitations and challenges,
_p752.
970 1 1 _l20.6.1
_tColor perception,
_p753.
970 1 1 _l20.6.2
_tDepth perception,
_p754.
970 1 1 _l20.6.3
_tLocalization,
_p755.
970 1 1 _l20.6.4
_tInformation presentation,
_p756.
970 1 1 _l20.6.5
_tSocial acceptance,
_p756.
970 1 1 _l20.7
_tFurther exploration,
_p757.
970 1 1 _l20.8
_tExercises,
_p757.
970 1 1 _tReferences,
_p758.
970 1 2 _l21
_tContent-based retieval in digital libraries,
_p763.
970 1 1 _l21.1
_tHow should we retrieve images?
_p763.
970 1 1 _l21.2
_tSynopsis of early CBIR systems,
_p766.
970 1 1 _l21.3
_tC-BIRD-an early experiment,
_p768.
970 1 1 _l21.3.1
_tColor histogram,
_p768.
970 1 1 _l21.3.2
_tColor density and color layout,
_p770.
970 1 1 _l21.3.3.
_tTexture layout,
_p770.
970 1 1 _l21.3.4
_tSearch by illumination invariance,
_p773.
970 1 1 _l21.3.5
_tSearch-by-object model,
_p774.
970 1 1 _l21.4
_tQuantifying search results,
_p777.
970 1 1 _l21.5
_tKey technologies in current CBIR systems,
_p780.
970 1 1 _l21.5.1
_tRobust image features and their representation,
_p780.
970 1 1 _l21.5.2
_tUser feedback and collaboration,
_p782.
970 1 1 _l21.5.3
_tOther post-processing techniques,
_p783.
970 1 1 _l21.5.4
_tVisual concept search,
_p784.
970 1 1 _l21.5.5
_tFeature learning with concolutional neural networks,
_p785.
970 1 1 _l21.5.6
_tDatabase indexing,
_p788.
970 1 1 _l21.6
_tQuerying on videos,
_p789.
970 1 1 _l21.7
_tQuerying on videos based on human activity-A case study,
_p792.
970 1 1 _l21.7.1
_tModelling human activity structures,
_p793.
970 1 1 _l21.7.2
_tExperimental results,
_p795.
970 1 1 _l21.8
_tQuality-aware mobile visual research,
_p795.
970 1 1 _l21.8.1
_tQuality-A ware method,
_p798.
970 1 1 _l21.8.2
_tExperimental results,
_p799.
970 1 1 _l21.9
_tDeep incremental hashing network,
_p800.
970 1 1 _l21.9.1
_tProblem definition,
_p801.
970 1 1 _l21.9.2
_tDescriptions of DIHN,
_p801.
970 1 1 _l21.9.3
_tExperimental results,
_p804.
970 1 1 _l21.10
_tExercises,
_p804.
970 1 1 _tReferences,
_p806.
970 1 1 _tIndex,
_p811.
999 _c37876
_d37876