S. Vassilvitskii
Papers
2
Total Citations
174
H-Index
2
About
S. Vassilvitskii is a leading researcher in the theory and application of modular robotics, with a particular focus on reconfiguration algorithms for self-assembling systems. His major contributions center on solving the fundamental challenge of how to autonomously reshape a collection of identical robotic modules—specifically, the six-degree-of-freedom Telecube modules developed at Xerox PARC—into any target configuration. In his highly cited 2003 work (123 citations), Vassilvitskii introduced a complete, local, and parallel reconfiguration algorithm that leverages 2×2×2 meta-modules, proving that such a system can achieve full shape transformation without global coordination. This breakthrough demonstrated that modular robots could reconfigure reliably and scalably, a critical step toward practical self-repairing and adaptive structures. His subsequent 2003 paper (51 citations) further explored the theoretical limits of this approach, establishing the meta-module as a backbone for constructing arbitrary shapes. Vassilvitskii’s work has profoundly influenced the fields of distributed robotics and computational geometry, providing both rigorous theoretical foundations and practical algorithmic solutions that continue to inspire new generations of researchers in autonomous systems and reconfigurable hardware.
Research Focus
Key Achievements
Top Papers
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