B. Naga Sudha Rani
Papers
2
Total Citations
5
H-Index
1
About
B. Naga Sudha Rani’s research lies at the intersection of bipedal robotics and humanoid manipulator design, with a focus on achieving dynamic stability and human-like motion. Her most significant contribution is an analytical approach for generating dynamically balanced gaits in obstacle-crossing biped robots. In her 2012 paper, she modeled a 7-degree-of-freedom biped constrained to the sagittal plane, deriving gait patterns that allow the swing leg to clear obstacles while maintaining the robot’s overall balance—a foundational challenge in legged locomotion. This work has garnered 4 citations, establishing her as a contributor to the theoretical underpinnings of stable bipedal walking. More recently, in 2025, she extended her work into practical fabrication with the “ACHM-Arduino Controlled Humanoid Manipulator,” a lightweight, servo-driven robot that uses embedded Arduino control to replicate human arm and body movements. This project bridges simulation and hardware, demonstrating her ability to translate analytical models into tangible prototypes. While her citation counts are modest, her trajectory from analytical gait generation to hands-on mechatronic design highlights a versatile skill set in robotics, kinematics, and embedded systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2