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Part of the class requirements is to do a computer project.
These projects can be done individually or in groups and should require
about 80 hours per person in total. Prior project approval, project
report, and brief class-room presentation is required.
We will also organize a peer review process for the projects.
Please refer to handout #8
Peer Reviews of Project Proposals for more details.
1 Suggested Topics
We are suggesting some possible topics.
These can be a starting point for you. You can modify them, or you can
come up with completely new topics.
You can also check journals and conference proceedings for ideas, e.g.,
IEEE Transactions on Image Processing, IEEE Transactions on Circuits
ans Systems for Video Technology, Proc. IEEE International Conference
on Image Processing (ICIP), and Proc. IEEE International Conference
on Acoustics, Speech, and Signal Processing (ICASSP).
You may use IEEE Xplore.
In any case, you are expected to submit a brief proposal
(around 300-400 words) describing the project for approval.
Please mail your proposal to
ee398b-staff@lists.stanford.edu, stating clearly who will be doing
the project. Groups of 3 students are encouraged.
2 Project List
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Aaron, Anne
Wyner-Ziv Coding of Motion Video
Proposal,
Report,
Presentation
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Antunez, Emilo
Algorithm for Motion-Compensated Temporal Interpolation
Proposal,
Report,
Presentation
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Braun, Michael and Rajiv, Joy and Sundararajan, Arvind
Multiple Hypothesis Based Motion Compensation for Three-Dimensional
Sub-band Coding
Proposal,
Report,
Presentation
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Brolly, Xavier and Marle, Christophe
Variable Shape and Size Motion Compensation
Proposal,
Report,
Presentation
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Chang, Chuo-Ling and Zhu, Xiaoqing
Light Field Compression with 4D Wavelet Based On
Disparity-Compensated Lifting
Proposal,
Report,
Presentation
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Gilat, Taly and O'Brien, Deirdre and Roman, Augusto
Synthetic Facial Textures
Proposal,
Report,
Presentation
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Guo, Franck and Rebollo-Monedero, David
Optimal Quantizer for Distributed Source Coding
Proposal,
Report,
Presentation
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Lew, Calvin and Minoo, Koohyar and Simms, Daniel
Temporal and Spatial Scalability with 3D Wavelet Transforms
Proposal,
Report,
Presentation
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Mammen, James
3D Face Model Extraction from a Single Image
Proposal,
Report,
Presentation
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Rane, Shantanu
End-to-End Modeling of Temporal Scalable Video Transmission
over Lossy Channels
Proposal,
Report,
Presentation
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Sarrat, Frederic and Setton, Eric
Reliable Video Transmission Using Multiple Paths over Lossy
Packet Network
Proposal,
Report,
Presentation
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Sebe, Ismail Oner
Multi-View Geometry Estimation for Light Field Compression
Proposal,
Report,
Presentation
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Sivaramakrishnan, Kamakshi
Error Resilient Video Coding Using RD Optimized Mode Selection
and Rate Control
Proposal,
Report,
Presentation
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Todur, Bipin and Zhu, Shan
Efficient Error-Resilient Video Compression by using Optimal
Distribution of Intra/Inter Macroblocks for Multi-state Streams
Proposal,
Report,
Presentation
3 Project Presentation
In-class presentation will take place on 5/28, 5/29, and 5/30.
Please refer to the presentation schedule
for details.
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