Arman Sharifi K.
Papers
1
Total Citations
19
H-Index
1
About
Arman Sharifi K. is a roboticist whose research centers on humanoid locomotion, dynamic gait planning, and adaptive control for legged systems. His most-cited work, "An Open Loop Walking on Different Slopes for NAO Humanoid Robot" (2012, 19 citations), tackles a fundamental challenge in robotics: enabling bipedal robots to maintain stability, speed, and smoothness while traversing uneven terrain. Sharifi K. advanced beyond conventional approaches by moving joint trajectory calculations from 3D Cartesian space to a more flexible framework, using polynomial interpolation with carefully defined boundary conditions to ensure continuous first and second derivatives of motion. This innovation allowed NAO humanoid robots to walk on varying slopes without real-time feedback, demonstrating robust open-loop control. His contributions have influenced subsequent research in adaptive gait generation and slope-adaptive locomotion, providing a foundation for more autonomous humanoid navigation in unstructured environments. Sharifi K.'s work remains a reference point for engineers seeking to balance computational simplicity with dynamic stability in humanoid walking.
Research Focus
Key Achievements
Top Papers
- 1An Open Loop Walking on Different Slopes for NAO Humanoid Robot19 citations · 2012