Mostafa Eslami
Papers
1
Total Citations
6
H-Index
1
About
Mostafa Eslami has made significant contributions to the field of bipedal robotics, with a primary focus on real-time locomotion and dynamic stability. His key research areas include humanoid robot walking pattern generation, trajectory optimization, and the application of reduced-order models for bipedal motion. Eslami’s most notable work, "A novel three-mass inverted pendulum model for real-time trajectory generation of biped robots" (2016), introduces an innovative extension of the classic inverted pendulum model. By incorporating three discrete masses to represent the torso and legs, his model enables more accurate and computationally efficient generation of Center of Mass (COM) trajectories, directly using a designed ankle trajectory. This approach addresses critical challenges in real-time control, allowing biped robots to achieve smoother and more stable gaits. While his citation count (6) reflects a focused, early-career impact, the work is foundational for researchers seeking to bridge the gap between simplified models and practical, real-time robotic control. Eslami’s contributions are particularly valuable for students and engineers working on dynamic walking, offering a clear, implementable framework for advancing humanoid robot mobility.
Research Focus
Key Achievements
Top Papers
- 1