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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 aside · Link acquisition

Catch a signal between sections

Start an orbital pass and lock the satellite inside the acquisition window. Two clicks turn a short reading pause into a live sketch of timing in wireless link acquisition.

Explore the full playground
Link Acquisition Link acquisition · 10–20 sec Open standalone

This game 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 ↗
ORCID GitHub Google Scholar ResearchGate Research feed Zobin · friend link