Engineering Electrical

Huan-Yu Wu

OBJECTIVE A full-time position in electrical engineering focusing on

image/video signal processing

EDUCATION Boston University (BU) College of Engineering, Boston, MA

Sep 2008 - Jan 2010

Master of Science in Electrical Engineering

Concentration: Signal Processing and Communications (Cum. GPA:

3.70/4.00)

National Chiao Tung University (NCTU) College of Electrical and

Computer Engineering, Taiwan

Bachelor of Science in Electronics Engineering

Sep 2000 - Jun 2004

Related Coursework:

Digital Signal Processing, Digital Communications, Stochastic

Processes, Digital Image Processing and Communication, Information

Theory, Image Reconstruction and Restoration

RELEVANT Research Assistant, BU Department of Electrical and Computer

EXPERIENCE Engineering, Boston, MA

Jan 2010 - present

Continue the work started during the MS project on video processing

for surveillance applications. Generate condensed video by using an

index file, which can be visualized as video. Research and improve

the methods of background subtraction used in condensation process.

Research Assistant, Institute of Information Science, Academia

Sinica, Taiwan

Jul 2006 - Aug 2008, Summer 2009

Analyzed simulated (MIDI) audio signals and actual music recording.

Analyzed watermarked images. Transcribed S-plus code into MATLAB

code.

Research Topic: "Polyphonic Music Decomposition"

Created the timbre model from music signals by applying continuous

Gabor transform. Minimized the error via compressive sensing, and

performed post-processing by utilizing music related properties.

Simulated in MATLAB, C (called using MEX-files), and Adobe

Audition.

Paper in preparation: "Single Channel Polyphonic Music Separation

via Sparse Representation"

ACADEMIC "Sliding-window Ribbon Carving for Video Condensation" (Master's

PROJECTS Project)

Extended the concept of image seam carving to video ribbon carving

thus implementing the video condensation process, which allows us

to shorten the length of surveillance video while permitting

graceful activity loss. Adopted a sliding-window approach to

process very long video sequences, in principle infinite-length

ones. Simulated in MATLAB.

"Compressive Coded Aperture Superresolution Image Reconstruction"

Designed the coded mask using the developed theory of compressive

sensing. Reconstructed the original image from coded observation by

applying the compressive sensing technique. Simulated in MATLAB.

"Bayer Array Demosaicking"

Used known RGB intensity values from the image data taken by

cameras to interpolate the missing values. Employed different

methods in spatial domain and frequency domain and drew comparison

in mean squared error performance. Simulated in MATLAB.

SKILLS MATLAB, C/C++, S-PLUS, CPLEX, Visual C++, Adobe Premiere, Adobe

Audition

Fluent in Mandarin Chinese and Taiwanese

LEADERSHIP & Member of Advertisement Section of the Student Association of

ACTIVITIES Department of Electronics Engineering, NCTU

Fall 2002 - Spring 2003

Director of NCTU Orchestra Club (won 1st Place Award in National

Music Competition) Fall 2001

318 Summit Ave Apt.7, Brighton, MA 02135

857-***-**** ? ****@**.***

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