The Goal-Oriented Scheduling for Networked Control project focuses on developing advanced communication algorithms for next-generation autonomous and machine-type systems. As the number of remotely controlled machines increases, efficient data generation, scheduling, and communication become critical for maintaining reliable control performance.
The project investigates communication scenarios with two-way random delays, multi-channel transmission, and closed-loop control systems. Its main objective is to design goal-oriented scheduling and routing algorithms that consider both network performance and control system stability.
Research Focus
Goal-oriented communication for networked control systems
Age of Information-aware scheduling and routing
Random access algorithms for terrestrial and non-terrestrial networks
Multi-hop communication under random delay and intermittent connectivity
Efficient data transmission for autonomous and machine-type applications
Expected Outputs
The project aims to produce scientific and technological outputs, including academic publications and an international patent application. The developed methods are expected to support future autonomous systems, 6G networks, terrestrial/non-terrestrial network integration, and machine-type communication scenarios.
Partner
Türk Telecommunication
Project Duration: 2026 – 2028 (2 years)