Abstract: Resolving the Inverse Kinematics (IK) problem is critical for investigating 2-DoF robotic manipulators in complex environments. Traditional analytical methods often struggle with the ...
This Python project simulates a 2D robotic arm controlled by inverse kinematics to reach a target point on the screen. The arm consists of multiple segments, and its joints are adjusted to move the ...
Abstract: In flexible redundantly-driven multi-DOF systems, like living beings, the representation of redundant kinematics including the diversity of solutions, is crucial for leveraging its ...