Projects

Fault-Tolerant Real-Time Offloading

This line of work studies fault-tolerant offloading for real-time mobile edge computing. The goal is to support deadline-constrained applications even when faults occur in the backhaul network link, edge server, or global scheduler.

Related work: RTAS 2026 paper, mecRT.

Vehicular Edge Computing

This project studies real-time service subscription, adaptive offloading control, and simulation support for vehicular edge computing systems.

Related work: RTSS 2025 paper, VecSim demo, mecRT source.

Energy-Efficient Mobile Edge Computing

This work addresses energy-efficient real-time job mapping, offloading, and resource management in mobile and multi-access edge computing systems.

Related work: RTSS 2024 paper, RTCSA 2025 paper.

Deadline-Constrained Multi-Resource Allocation

This project studies task mapping and allocation when applications require multiple resources and must satisfy end-to-end deadlines in edge-cloud systems.

Related work: GLOBECOM 2022 paper, RTSS 2022 WiP paper.

Digital Twin Driven Cyber-Physical Systems

This work studies anomaly detection for digital twin driven cyber-physical systems.

Related work: ICCPS 2021 paper.