Master Thesis: Enhanced Holdover for High-Precision Timing Systems

About the role

This master thesis tackles extending timing holdover so base stations stay within 1 microsecond when satellite timing is unavailable, without a costlier oscillator. The student would implement and compare approaches such as drift prediction, smooth source switching, and machine learning, with access to lab test setups. Background in control theory, C++, Python, Linux, or embedded systems is ideal.