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Physical-layer security · Resilient wireless intelligence

Yuhang Shen

PhD Student in Electrical and Computer Engineering

Khalifa University · Abu Dhabi, United Arab Emirates

I am a PhD researcher in electrical and computer engineering at Khalifa University. My work focuses on physical-layer security and resilient learning-enabled wireless systems for energy-constrained IoT and IoE, building on earlier research in edge and fog computing, online optimization, and signal analysis.

Explore my research View GitHub

Current research

I study how future wireless systems can remain secure and dependable under tight energy, sensing, and decision constraints. Selected accepted and published results are listed below.

Current doctoral research Physical-layer security for zero-energy 6G IoT and IoE systems

PhD in Engineering — Electrical & Computer Engineering

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  • 01 Physical-layer security for energy-constrained wireless systems
  • 02 Resilient learning-enabled communications under adversarial interference
  • 03 Wireless optimization, resource allocation, and online decision-making
  • 04 Edge and fog systems, with foundations in nonlinear signal analysis

Interactive model · Movable antennas

Steer the antennas, reshape the coverage

Steer twelve sector antennas across four base stations and inspect how geometry changes coverage and interference. Adjust the layout yourself, then compare it with the animated search.

Explore the full playground
Movable Antenna Lab Antenna geometry · 1–4 min Open standalone

This antenna lab needs a little more screen width to remain comfortably playable. Open standalone

Recent accepted & published work

  1. 2026

    IEEE JSAC · Early Access

    Outsmarting the Smart: Intelligent Jamming Strategies Against AI-Empowered Anti-Jamming Frameworks

    Open publication
  2. 2026

    IEEE ICMLCN · Accepted

    Robust DRL-Based Anti-Jamming Under Adversarial State Manipulation Attacks

    Proceedings link pending
  3. 2026

    IEEE ICMLCN · Accepted

    Semantic Prediction Driven Resilience in SAGSIN Scenario under Adversarial Jamming

    Proceedings link pending

Research programs & systems

Current doctoral research portfolio Secure and resilient wireless systems

Physical-layer security and resilient learning-enabled communications for energy-constrained wireless systems. Public output includes a JSAC Early Access article and two ICMLCN acceptances.

Open work ↗ M.Eng. research · systems and learning OpenRaaS and FogCom

A connected research line on exposing heterogeneous compute and storage resources as cooperative services, with OpenRaaS as the system foundation and FogCom as the experimental scheduling environment.

Open work ↗ Mechanism design · online optimization Collaborative and wireless-powered edge computing

A continuing line spanning incentives, social-welfare-aware resource allocation, and energy-aware online scheduling in collaborative edge systems.

Open work ↗ First-author research · spectral methods Nonlinear signal analysis for wave interactions

Algorithmic bispectral analysis for nonlinear wave coupling and plasma turbulence, reflected in two first-author journal papers and subsequent collaborative work.

Open work ↗

Interactive model · Pinching antennas

Place radiators along the waveguide

Slide four radiating points along a waveguide, choose their emitting sides, and balance user coverage against overlapping beams. The model turns a flexible antenna geometry into a hands-on design problem.

Explore the full playground
Pinching Antenna Lab Waveguide placement · 1–4 min Open standalone

This antenna lab needs a little more screen width to remain comfortably playable. Open standalone

ORCID GitHub Google Scholar ResearchGate Research feed Zobin · friend link