Control-Communication Co-design
Resource dimensioning methods that reason about quality of control, reliability, and latency in collaborative edge robotics.
Research
Work spanning collaborative robotics, wireless communication systems, semantic communications, and experimental edge platforms.
Themes
Resource dimensioning methods that reason about quality of control, reliability, and latency in collaborative edge robotics.
Trustworthy benchmarking infrastructure for networked control systems and edge-native applications across cloud, edge, and Private 5G deployments.
Wireless mesh networking, UAV systems, vehicular telemetry, and digital twins for robot teams and cyber-physical systems.
Open Source
Experimental infrastructure and benchmarking tools for evaluating edge-native control applications and studying reproducibility, latency, and reliability.
Benchmarking library for scalable and edge-native benchmarking of networked control systems, exemplified with an inverted pendulum.
End-to-end learning framework for positional telemetry in vehicular scenarios under wireless communication constraints.
A wireless mesh networking framework using UAVs and ground nodes for post-disaster communication without conventional infrastructure.