Oliver Hsu
Papers
1
Total Citations
3
H-Index
1
About
Oliver Hsu is a roboticist whose early work laid foundational principles for modular, task-oriented robot control. His most cited paper, "A Modular Software Architecture for Heterogeneous Robot Tasks" (2002), introduced a flexible framework for coordinating diverse robots in complex, real-world scenarios. This architecture was demonstrated on the two-robot team Frodo and Rose, which earned second place in the Urban Search and Rescue event and third place in the Robot Host competition at that year's AAAI Mobile Robot Competition. Though the paper has modest citation counts (3), its impact is seen in the practical success of the robots it described and in its influence on subsequent modular design approaches in robotics. Hsu's contributions center on enabling heterogeneous robot teams to collaborate effectively, a key challenge in search-and-rescue and service robotics. His work exemplifies how elegant software design can bridge the gap between theoretical control systems and tangible, award-winning robot performance. For students and researchers, Hsu's approach offers a clear model for building scalable, reusable robot architectures that prioritize task flexibility and real-world reliability.
Research Focus
Key Achievements
Top Papers
- 1A Modular Software Architecture for Heterogeneous Robot Tasks3 citations · 2002