Bio Misc

Dijie Zhu

I am an Electrical and Computer Engineering graduate from UCLA. Before UCLA, I completed my B.Eng. through the UESTC and University of Glasgow joint programme, graduating with UK First Class Honour.

My research interests center on reliable and trustworthy machine learning systems for robotics and embodied AI, including Sim2Real, policy evaluation, uncertainty estimation, reinforcement learning, computer vision, and semi supervised learning for image recognition. Broadly, I am interested in building AI systems that are accurate, data efficient, trustworthy, and useful in real world decision making settings, especially when decisions must be made under uncertainty.

I am currently a Research Assistant at UCLA TAMS Lab, advised by Prof. Chen Tang, where I work on sample efficient policy evaluation for autonomous systems and embodied agents. This project studies how to estimate expensive policy performance using cheaper simulation signals, large scale scenario data, and uncertainty aware evaluation.

Previously, I worked with Prof. Suhas Diggavi on semi supervised learning for image recognition, focusing on dynamic thresholding, class balanced consistency, and label efficient learning. I also have earlier research experience in wireless communications and signal processing, including in band full duplex self interference cancellation and nonlinear distortion correction.

Email CV GitHub

In a world with countless webpages, it’s unlikely you’d land on mine — thanks for being here.

 Dijie Zhu portrait

Selected Awards

  • UESTC Academic Excellence Scholarship for 2022–2023
  • UESTC Academic Excellence Scholarship for 2021–2022
  • UESTC Academic Excellence Scholarship for 2020–2021
  • Glasgow College Academic Scholarships for 2022–2023
  • Outstanding Graduates of Sichuan Province
  • Outstanding Graduates of UESTC
  • Gold Medal, The 8th CBC Bank Cup National “Internet+” Entrepreneurship Competition
  • Gold Medal, UESTC Freshman Cup Football Tournament

Selected Publications

Digital Nonlinearity Cancellation Architecture Based on an Auxiliary Transmit Antenna Array

Fang Nan, Nanxi Li, Dijie Zhu, Yuetian Zhou, Sujie Dai, Jianchi Zhu, Jinlong Tian, Xiaoming She
ITCC 2023: Proc. of the 5th International Conference on Information Technology and Computer Communications, pp. 32–37. DOI

A Post Correction Method for Terahertz Nonlinear Distortion with Dual Band Carrier Aggregation

Mengyao Zhang, Jian Liu, Dijie Zhu, Xin Quan, Qiang Xu, Ying Liu, Zhi Chen
IEEE Globecom Workshops Sixth IEEE International Workshop on Terahertz Communications, 2022.

Improved Almost Blank Subframe Technology with Cooperative Interference Suppression

Cong Chen, Zixuan Long, Fang Nan, Luyao Xiao, Dijie Zhu, Xiang Li, Ying Liu, Shihai Shao
International Journal of Numerical Modelling: Electronic Networks, Devices, and Fields, 2023.
Last updated: 2026-06-07