Highly motivated Master's student in Communication Engineering with a strong foundation in signal processing and wireless communication systems. Demonstrated expertise in algorithm design, simulation, and academic research through published work on visible light communication. Seeking to leverage advanced technical skills and research capabilities to contribute to innovative R&D challenges in the telecommunications industry.
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Master's Degree
Communication Engineering
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Bachelor's Degree
Communication Engineering
Published by
IEEE Wireless Communications Letters
Summary
Authored a peer-reviewed paper detailing novel algorithms for visible light communication, accepted by a prestigious IEEE journal, showcasing expertise in advanced signal processing and communication system design.
Visible Light Communication (VLC), Optical Wireless Communication (OWC), DCO-OFDM, Channel Estimation, Time Synchronization, Pilot Sequence Design.
Algorithm Design, Digital Signal Processing, Estimation Theory, Simulation Verification.
MATLAB, C/C++, Algorithm Implementation.
Academic Research, Problem Solving, Scientific Writing, Data Analysis, Experimental Design.
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Summary
Spearheaded research into advanced time synchronization and channel estimation for Visible Light Communication (VLC) systems, focusing on optimizing performance within bandwidth-limited optical wireless channels.