Rune Soe Knudsen
Papers
1
Total Citations
6
H-Index
1
About
Rune Soe Knudsen is a researcher focused on advanced motion control and vibration suppression in dynamic systems, particularly for robotics, cranes, and machine tools. His key contributions lie in developing innovative trajectory planning methods that minimize residual vibrations in configuration-dependent systems. Knudsen’s most notable work, "Generating Vibration Free Rest-to-Rest Trajectories for Configuration Dependent Dynamic Systems via 3-Segmented Input Shaping" (2018), introduces a novel approach that combines the widely-used Input Shaping technique with a new three-segment strategy. This method enables precise, vibration-free motion from rest to rest, addressing critical challenges in industrial automation where system dynamics change with configuration. While his citation count of 6 reflects the specialized nature of his work, the paper represents a significant technical advancement with practical implications for improving accuracy and efficiency in robotic and manufacturing applications. Knudsen’s research bridges theoretical control theory and real-world engineering, offering solutions that enhance performance in systems where traditional methods fall short. His work continues to influence the development of smarter, more reliable motion control systems.
Research Focus
Key Achievements
Top Papers
- 1