Wuqiong Zhao
Incoming Ph.D. Student at University of California San Diego | Open-Source Enthusiast | Classical Music Fan
I love
Incoming Ph.D. Student at University of California San Diego | Open-Source Enthusiast | Classical Music Fan
I will be a Ph.D. student at University of California San Diego (UCSD) supervised by Professor Xinyu Zhang. I received my B.E. degree with honors from Southeast University (SEU) in 2024. My expertise lies in EE, with a primary focus on baseband signal processing for wireless communications and FPGA implementation. My interests extend beyond my core field, encompassing systems and networking, as well as machine learning within the realm of CS. Beyond academia, I have a deep appreciation for open-source software and the collaborative spirit it fosters.
I will be supervised by Professor Xinyu Zhang!
Honors student at Chien-Shiung Wu College of Southeast University.
Thesis: Efficient Channel Estimation in B5G/6G Cell-Free Massive MIMO Systems (in Chinese)
Millimeter wave wireless systems and networking, at Prof. Xinyu Zhang's lab.
*: Co-primary authors.
My research integrates systems & networking, signal processing, and hardware implementation to solve amazing problems.
Machine learning and AI technologies are employed in all these three fields, yielding promising results.
Hover on the Venn diagram to see details!
Systems & Networking
Signal Processing
Hardware Implementation
I am capable of several skills. Here are some.
The application mmCEsim is a powerful tool to simulate millimeter wave (mmWave) channel estimation (CE) for both experts and learners.
-- mmCEsim: Task-oriented mmWave Channel Estimation Simulation
OMPL-SBL not only cuts down time complexity by more than 95% of the SBL algorithm, but also achieves a higher estimation accuracy.
-- OMPL-SBL Algorithm for IRS-Aided mmWave Channel Estimation
The proposed patterns can reduce more than 50% pilot overhead at 0 dB SNR while maintaining the same accuracy of CE.
-- Beam and Reflection Pattern Design for CE (RIS-Assisted mmWave MIMO)
FLAMES is a header-only C++ library for Vitis HLS, simplifying the design workflow of signal processing modules based on linear transformations.
-- Flexible Linear Algebra with Matrix-Empowered Synthesis (FLAMES)
Wuqiong Zhao is also known as Teddy van Jerry on the Internet. You can feel free to contact me.
