Difference between revisions of "EE586L/Projects 2013"
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/DrumRecog.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/DrumRecog.pdf Poster] | ||
| − | '''Video:''' | + | '''Video:''' [http://www.youtube.com/watch?v=yVGMoPqX2d0 YouTube Video] |
== Interactive Projector == | == Interactive Projector == | ||
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/interactiveProjector.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/interactiveProjector.pdf Poster] | ||
| − | '''Video:''' | + | '''Video:''' [http://www.youtube.com/watch?v=lDrw6L-flxY YouTube Video] |
== Mirrors == | == Mirrors == | ||
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/Face_Warping.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/Face_Warping.pdf Poster] | ||
| − | '''Video:''' | + | '''Video:''' [http://www.youtube.com/watch?v=hB9ezrvGu7k YouTube Video] |
== Sound Suite == | == Sound Suite == | ||
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/SoundSuite.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/SoundSuite.pdf Poster] | ||
| − | '''Video:''' | + | '''Video:''' [http://www.youtube.com/watch?v=Yy1L8hlm4Qk YouTube Video] |
== Super Resolution Magnifier == | == Super Resolution Magnifier == | ||
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/Cartoonist.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/Cartoonist.pdf Poster] | ||
| − | '''Video:''' | + | '''Video:''' [http://www.youtube.com/watch?v=ia4vlnEelR8 YouTube Video] |
== Virtual Keyboard == | == Virtual Keyboard == | ||
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/CVK.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/CVK.pdf Poster] | ||
| − | '''Video:''' | + | == Video Resizer == |
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| + | '''Authors:''' [mailto:anujvarm@usc.edu Varma], [mailto:divyashr@usc.edu Divyashree Rao] | ||
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| + | '''Abstract:''' ''We live in times where the same video is required to stream on different devices with different aspect ratios at very high speeds. Our project aims at retargeting video by implementing a version of seam carving improved for the DSK so as to maintain the proportions of the objects in the image while preserving the salient foreground content. | ||
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| + | '''Video:''' [http://www.youtube.com/watch?v=UeDRBAroQUM&list=UUU15kVnJ18ubhdsEd0Nu5Bw&index=1 YouTube Video] | ||
== Virtual Sunglasses Rendering == | == Virtual Sunglasses Rendering == | ||
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'''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/VirtualSunglassesRender.pdf Poster] | '''Poster:''' [http://biron.usc.edu/~sungwonl/EE586/Submission_2013/VirtualSunglassesRender.pdf Poster] | ||
| − | '''Video:''' | + | '''Video:''' [http://www.youtube.com/watch?v=TrDHSLKyXLo YouTube Video] |
Latest revision as of 16:39, 19 May 2013
Contents
Drum Tab Reader
Authors: Chien-Tien Wu, Donglei Chen, Pei-ching Hsiao
Abstract: Our project is to design and implement a drum tab reader. When we put a drum score sheet in front of the camera, the DSP board can identify what it reads and then play the rhythm.
Poster: Poster
Video: YouTube Video
Interactive Projector
Authors: Xiyu Wang, Pengfei Wu, Biao Yang
Abstract: Utilizing computer vision, Interactive Projector can convert any flat surface to a tangible screen so that people can interact with computer more freely and work more intuitively.
Poster: Poster
Video: YouTube Video
Mirrors
Authors: Sarath Shekkizhar, Kubilay Savci, Yi Zhang
Abstract: A real time system that "mirrors" a users face expression on an image model has been implemented. The interaction with system is available for the user in different ways.
Poster: Poster
Video: YouTube Video
Sound Suite
Authors: Matthew Edelman, Tyrone Chen
Abstract: Sound Suite is a collection of digital audio effects that can be applied to any real-time input. The suite supports real-time layering and switching between several effects, including but not limited to distortion, wah, tremolo, delay, flanger, chorus, and reverb. The back-end audio framework is extremely flexible, supporting the development and implementation of time and frequency based effects simultaneously.
Poster: Poster
Video: YouTube Video
Super Resolution Magnifier
Authors: Yuzhuo Ren, Weihao Gan, Yiqian Shi, Yuchen Xie
Abstract: We are always expecting the clear and good-viewing images. However in real world, images are often blurring, with noise and low resolution. In this project, we want to generate a clear magnified image with super resolution technique. Many techniques can be applied and one is called super resolution.
Poster: Poster
Video: TBD
The Cartoonist
Authors: Anish Patil, Easswar Balasubramaniam, Mythri Thippareddy
Abstract: The objective of the project is to detect Facial Expressions like Smile, Surprise and Neutral Face. This is done using a combination of Face tracking algorithm and detection of change in facial features like mouth, eyes and eyebrow.
Poster: Poster
Video: YouTube Video
Virtual Keyboard
Authors: Alexander Nobles, Harshit Mehta
Abstract: The Virtual Keyboard provides an interface for users to generate keystrokes that doesn't require a set of physical switches. Using finger tracking, color thresholding and foreground segmentation, it is able to reliably track the user's keystroke gestures and produce a string of characters.
Poster: Poster
Video Resizer
Authors: Varma, Divyashree Rao
Abstract: We live in times where the same video is required to stream on different devices with different aspect ratios at very high speeds. Our project aims at retargeting video by implementing a version of seam carving improved for the DSK so as to maintain the proportions of the objects in the image while preserving the salient foreground content.
Video: YouTube Video
Virtual Sunglasses Rendering
Authors: Xi Guo, Jingwen Zhu, Lingchao Meng, Yi Zhang
Abstract: Automatic tracking of four feature points on the face. And we render a sunglasses based on those four points' information. The user can move the head around in a reasonable speed and the sunglasses still fit to the eyes.
Poster: Poster
Video: YouTube Video
