Sydney · research signal 01

Reliable AI
under real constraints.

MPhil researcher at the University of Sydney building reliable, efficient AI systems across federated learning, semantic communication, and trustworthy machine learning.

MPhil in Computer Science · USydResearch Assistant · DUAL GroupCasual Academic · USyd + UNSW
ZN
Efficient 2D lab
Digital Zerunidle
/ WASECOM
publishedselected workstation

Distributionally Robust Wireless Semantic Communication with Large AI Models

Distributionally robust semantic transmission for large-model inference across noisy, bandwidth-limited, and shifting wireless environments.

Contributed modelling, experiment design, robust training simulations, and evaluation under constrained channels.
JSAC 2026publication venue
Research operating system

Method, evidence, deployment.

I work across the full loop: identifying a reliability gap, designing an algorithm, building controlled experiments, and turning the result into a reproducible system.

01 / Method

Algorithms with explicit failure models

From controlled evidence feedback to distributional robustness and federated equilibrium learning.

02 / Evidence

Calibration, ablations, reproducibility

Experiments are designed to explain when a system is right, how confident it should be, and where it breaks.

03 / System

Research that survives deployment

Reliable pipelines, constrained networks, maintainable interfaces, and artifacts built for repeatable use.

Research output

Current publications.

Statuses are stated exactly: published, submitted, or under review. First-author BRAVE work remains explicitly marked as under review at TMLR.

2026
under review · Transactions on Machine Learning Research

BRAVE: Block-wise Structural Regularization via Controlled Evidence Feedback for Reliable Label Aggregation under Sparse Crowdsourcing

Zerun Niu, et al.

2026
published · IEEE Journal on Selected Areas in Communications

Distributionally Robust Wireless Semantic Communication with Large AI Models

L. T. Le, S. H. Wanasekara, Zerun Niu, et al.

2025
submitted · IEEE Internet of Things Journal submission

Federated Deep Equilibrium Learning over Resource-Constrained Edge Networks

L. T. Le, Zerun Niu, T. D. Nguyen, et al.

Current coordinates

Research and teaching.

My research practice is strengthened by teaching: precise explanations, careful feedback, and systems that help people reason through complexity.

2025 — present

Master of Philosophy in Computer Science

The University of Sydney

Aug 2026 — present

Casual Academic

UNSW Sydney

Feb 2026 — present

Casual Academic Tutor

The University of Sydney

Apr 2024 — present

Research Assistant

DUAL Group, The University of Sydney

AI clonestatic research mode

Meet Digital Zerun.

I’m Digital Zerun, an AI representation using Zerun’s authorised cloned voice. I answer only from a screened public knowledge file and cannot make commitments on Zerun’s behalf.

Ready for verified questionszero retention target

Voice activation awaits the owner’s Cloudflare and ElevenLabs account setup. Verified static answers and all site navigation remain available now.