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Week
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Main Topic
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Sub-topics and
Mandatory Reading
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Presenter
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Optional Reading/
Comments
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1,2: Jan 4, 9
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Colors & Images
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Introduction [slides]
Color Models
Image Representation & Compression
[slides]
Chapters 4,
8.1--8.5, 9.1 of [LDL14]
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M. Hefeeda
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Chapters
7 of [LDL14]
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3: Jan 16
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Video Coding
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Video Coding
Error Propagation and Concealment
[slides]
Sullivan and Wiegand,
Video
Compression—From Concepts to the H.264/AVC Standard, Proc. of IEEE,
93(1), Jan 2005
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M. Hefeeda
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4: Jan 23
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Scalable Video
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Scalable Video Coding
[slides]
Section 11.3.2 of [LDL14]
[Schwarz et al., Overview
of the Scalable Video Coding Extension of the H.264/AVC Standard, IEEE
Transactions on Circuits and Systems for Video Technology, 17(9), Sep 2007
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M. Hefeeda
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Monday: Quiz 1
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5: Jan 30
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Streaming & QoS
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Streaming Protocols
QoS Support for Multimedia
Dynamic Adaptive Streaming over
HTTP (DASH)
[slides]
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M. Hefeeda
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Monday: Project Proposal
(1-2 page summary)
Submit Hardcopy at the
beginning of class
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Huang et al., Confused,
timid, and unstable: Picking a video streaming rate is hard, IMC'12.
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5: Feb 6
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Content Distribution
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IP Multicast
[slides]
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M. Hefeeda
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Monday: Demo of Video Codec (Assignment 2)
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Wednesday: Quiz 2
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Feb 13- 19
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Reading
Break
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7: Feb 20
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Rate Adaptation
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Li et al, Probe
and Adapt: Rate Adaptation for HTTP Video
Streaming At Scale, IEEE JSAC'14.
Huang et al., A
Buffer-Based Approach to Rate Adaptation: Evidence from a Large Video
Streaming Service, SIGCOMM'14.
[slides]
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T. Feitong
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Sun et al., CS2P:
Improving Video Bitrate Selection and Adaptation with Data-Driven
Throughput Prediction, SIGCOMM'16.
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Wednesday Project Update (5 min presentation for each
project)
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All Students
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8: Feb 27
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QoE and User Engagement
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Balachandran et al.
Developing a Predictive Model of Quality of Experience for Internet Video,
SIGCOMM'13.
Shafiq et al., Understanding
the Impact of Network Dynamics on Mobile Video User Engagement,
SIGMETRICS'14.
[slides]
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T. Sicong
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J
iang et a. CFA: A
Practical Prediction System for Video QoE
Optimization, NSDI'16. |
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IP Multicast (continued)
[slides]
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M. Hefeeda
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9: March 6
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VR:
360-to-Linear Mapping
&
VR Streaming
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Fu et al., The
Rhombic Dodecahedron map: An efficient scheme for encoding panoramic video,
IEEE TMM'09.
And the recent Pyramid
Projection from Facebook.
Gaddam
et al., Tiling
in Interactive Panoramic Video: Approaches and Evaluation, IEEE TMM'16.
[slides]
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O. Eltobgy
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D’Acunto et al., Using
MPEG DASH SRD for zoomable and navigable video,
MMSYS'16.
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Overlays and Application Layer Multicast
[slides]
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M. Hefeeda
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10: March 13
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Video
Quality Assessment
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Chikkerur et al., Objective
Video Quality Assessment Methods:
A Classification, Review, and Performance Comparison, IEEE Trans on Broadcasting, 2011.
[slides]
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W. Rui
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Liu et al, Visual
quality assessment: recent developments, coding applications and future
trends, 2013.
Some Databases and
Tools
Readable book providing details: Modern Image Quality Assessment,
Wang and Bovik, 2006. (Available
Online through SFU Lib)
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P2P and CDN
[slides]
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M. Hefeeda |
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11: March 20
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Mobile Multimedia
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Xie eta al., piStream: Physical Layer Informed Adaptive Video
Streaming Over LTE, MobiCom'15.
[slides]
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Y. Luwei
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12: March 27
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Cloud Computing
[slides]
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Quiz 3 (on ALL topics
presented after the Reading Break)
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13:
April 3
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Final Projects
Presentations
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Presentation of Final Project.
Each project is allocated AT MOST 10 min to present and demo (if
applicable), plus 5 min for questions. Present only the most important issues in your project. Your
grade will be based only on whatever you present in the fixed slot.
- Feitong
- Luwei
- Omar
- Rui
- Sicong
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All students
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Wednesday, April
5:
- Hardcopies of ALL Final Reports due at
beginning of the class class.
- Electronic versions (PDF) and zip
archive of code must submitted to the courses system before class (by 9:00
AM) .
- Slides: must be Microsoft PowerPoint
pptx format.
- The final report MUST be
written using Latex AND this
template.
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