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• This collection is included in Lens: Rice University ELEC 301 Project Lens
  By: Rice University ELEC 301

  Click the "Rice University ELEC 301 Projects" link to see all content affiliated with them.

  Rice University ELEC 301 Projects
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  This collection is included in Lens: Rice University OpenCourseWare
  By: OpenCourseWare Consortium

  Click the "Rice University OCW" link to see all content affiliated with them.

  Rice University OCW

Astronomical Image Deconvolution

• Astronomical Image Deconvolution
• Astronomical Image Deconvolution: Background
• Astronomical Image Deconvolution: Weiner Filter Approach
• Astronomical Image Deconvolution: Image Processing with Weiner Filter
• Astronomical Image Deconvolution: Final Result
• Astronomical Image Deconvolution: Remarks
• Astronomical Image Deconvolution: Acknowledgments

Pocket Change

• Pocket Change: Introduction and Background
• Pocket Change: Image Acquisition
• Pocket Change: Circle Recognition
• Pocket Change: Coin FFT Creation
• Pocket Change: Coin Identification
• Pocket Change: Output Display
• Pocket Change: Results
• Pocket Change: Improvements
• Pocket Change: Applications

Piano Note Detection

• Motivation and Background Information
• Detecting Note Onsets
• Finding Piano Note Frequencies
• Decoding Frequencies into Notes
• Finding Tempo and Note Lengths
• Results, Achievements and Shortcomings of our Implementation
• Possible Improvements and Additional Projects
• Matlab Code that implements Piano Note Detection

Echo Removal by Wiener Deconvolution

• Introduction to Echo Removal by Deconvolution
• Explanation of Wiener Deconvolution
• Procedure for Echo Removal by Deconvolution
• Evaluating the Results of Echo Removal
• Conclusions and Oppurtunities for Further Work
• Sample Echo Removal Code for Matlab
• The Echo Removal Team

Image Superresolution

• Overview of Image Superresolution
• Introduction to Optical Flow
• Image Registration using Projective Flow
• Delaunay Triangulation for Image Processing
• Bose-Lertrattanapanich Pixel Interpolation
• Superresolution Testing and Results
• Advantages of the Chosen Algorithms and Future Improvements
• Contributing Authors and References

Speaker Identification

• Introduction to Speaker Identification
• Key Problems in Speaker Identification
• Envelope Detection in Speech Signals
• The Autoregressive Model and Formant Analysis
• The Final Step: Identifying the Speaker
• Speaker Identification System Test and Results
• Speaker Identification MATLAB files
• Conclusions and Thoughts on Speech Recognition
• The Team and Thanks

Audio Fingerprinting

• Background
• Overview of System Structure
• Audio Fingerprint Generation
• Match Recognition System
• Results and Conclusions
• MATLAB m-files

Exploring High Dynamic Range Imaging

• Exploring High Dynamic Range Imaging
• Exploring High Dynamic Range Imaging: §1 Introduction to HDRI
• Exploring High Dynamic Range Imaging: §2 Background
• Exploring High Dynamic Range Imaging: §3 Approach
• Exploring High Dynamic Range Imaging: §3.1 HDR Image Creation
• Exploring High Dynamic Range Imaging: §3.2 Simple Operator
• Exploring High Dynamic Range Imaging: §3.3 Global Operator
• Exploring High Dynamic Range Imaging: §3.4 Adaptive Gain Control Local Operator
• Exploring High Dynamic Range Imaging: §3.5 Adaptive Gain Control Local Operator with Edge Detection
• Exploring High Dynamic Range Imaging: §3.6 Reinhard’s Gaussian Convolution Method
• Exploring High Dynamic Range Imaging: §3.7 Stochastic Gain Control
• Exploring High Dynamic Range Imaging: §3.8 Local Gaussian Convolution
• Exploring High Dynamic Range Imaging: §4 Results
• Exploring High Dynamic Range Imaging: §5.1 Conclusion
• Exploring High Dynamic Range Imaging: §5.2 Wavelets and HDR
• Exploring High Dynamic Range Imaging: §6 Team Members
• Exploring High Dynamic Range Imaging: §7 References
• Exploring High Dynamic Range Imaging: §8 Source Code

Genre Detection Device

• Introduction to Genre Detection Device
• Abstract and goal of the genre detection method
• Introduction to FFT matrix approach
• The detecting process of FFT matrix approach
• Introduction of LPC approach
• Accurary rate for the FFT matrix approach
• Accurary rate for the LPC approach