Freia I. Muster
Papers
3
Total Citations
15
H-Index
2
About
Freia I. Muster is a robotics researcher specializing in the control and motion planning of link-elastic manipulators—flexible robot arms whose inherent compliance offers intrinsic safety for human-robot interaction. Her work addresses the fundamental challenge of exploiting these elasticities for safe collaboration while mitigating unwanted vibrations and deflections that compromise precision. Muster’s key contributions include developing an optimization-based approach for elasticity-aware trajectory planning, detailed in her most-cited paper (10 citations, 2021), which enables fast, energy-efficient motions without sacrificing accuracy. She further advanced the field by demonstrating how controllability can be leveraged for vibration damping across multiple planes (2019, 3 citations), and by proposing online motion optimization strategies that minimize oscillations during regular operation (2020, 2 citations). These works are critical for lightweight, elastic robots used in physical human-robot collaboration, where reducing collision risks is paramount. Though her citation counts are modest, Muster’s focused contributions to a niche but vital area—balancing safety, speed, and precision in elastic manipulators—position her as a rising expert in safe robotics.
Research Focus
Key Achievements
Top Papers
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