M. Voltolina
Papers
2
Total Citations
13
H-Index
2
About
M. Voltolina’s research focuses on multirobot motion coordination and planning, with an emphasis on developing deliberative, anytime algorithms that enhance safety and efficiency in dynamic environments. Their major contributions include pioneering the use of motion plan quality and robustness measures to compute safe trajectories for multiple mobile robots, as demonstrated in their most-cited work, “Multirobot motion coordination using a deliberative approach” (2002, 8 citations). This paper introduced a novel framework for evaluating the trade-offs between computational cost and motion safety. Voltolina further advanced the field by showing how anytime algorithms can generate small spatial and temporal variations in robot paths to explore alternative solutions, as detailed in “Varying paths and motion profiles in multiple robot motion planning” (2002, 5 citations). By integrating the concept of plan robustness, they enabled robots to adaptively improve motion profiles in real-time. Though citation counts are modest, Voltolina’s work is notable for its foundational insights into deliberative scheduling and path variation, offering practical tools for researchers tackling real-world multirobot coordination challenges.
Research Focus
Key Achievements
Top Papers
- 1Multirobot motion coordination using a deliberative approach8 citations · 2002
- 2Varying paths and motion profiles in multiple robot motion planning5 citations · 2002