Unit 1: Humanoid Arm Anatomy and Degrees of Freedom
Unit 2: Forward and Inverse Kinematics Concepts
Unit 3: Introduction to Denavit-Hartenberg (DH) Convention
Humanoid Arm Control: Math Modeling for Kinematics, Trajectory Planning, and Joint Control
Master the art of humanoid arm control through mathematical modeling, kinematics, trajectory planning, and joint control techniques.
Unit 1: Understanding the DH Convention
Unit 2: Determining DH Parameters
Unit 3: Creating and Interpreting DH Tables
Unit 1: Homogeneous Transformation Matrices
Unit 2: Forward Kinematics Calculation
Unit 3: Forward Kinematics Implementation
Unit 1: Understanding Inverse Kinematics
Unit 2: 2-DOF Planar Arm IK
Unit 3: 3-DOF Planar Arm IK
Unit 1: Introduction to Trajectory Planning
Unit 2: Linear Trajectory Planning
Unit 3: Polynomial Trajectory Planning
Unit 4: Advanced Trajectory Planning Concepts
Unit 1: Introduction to Feedback Control
Unit 2: PD Controller Design and Implementation
Unit 3: Tuning and Performance Evaluation
Unit 1: Introduction to Sensor Integration
Unit 2: Integrating Sensor Data into the Control Loop
Unit 3: Error Correction Strategies
Unit 4: Advanced Topics