Robot Planning and Control

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🤖✨ Robotics: Modeling, Planning and Control – Learn, Practice & Master Robotics!

Step into the fascinating world of Robotics with this complete syllabus designed for students, engineers, and robotics enthusiasts. From robot modeling and motion planning to advanced kinematics, dynamics, and trajectory planning, this resource guides you step by step with clear explanations and practical examples.
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🌸 Units & Topics Covered 🌸

🌟 Unit 1: Introduction to Robotics

🔹Overview of Robotics and Its Applications
🔹Difference between Industrial and Advanced Robotics
🔹Classification of Robotic Systems

🌟 Unit 2: Locomotion

🔹 Wheeled Locomotion
🔹Legged Locomotion
🔹 Other Locomotion Types
🔹Kinematics of Locomotion

🌟 Unit 3: Kinematics

🔹Reference Frames & Transformations
🔹 Rotation Matrices
🔹 Homogeneous Transformations
🔹 Forward Kinematics
🔹Inverse Kinematics
🔹Kinematics Redundancy
🔹Velocity Kinematics
🔹 Jacobian Matrix

🌟 Unit 4: Differential Kinematics & Statics

🔹 Differential Motion
🔹 Jacobian and its Properties
🔹 Inverse Differential Kinematics
🔹 Singularities
🔹Statics & Force Transmission
🔹 Static Equilibrium

🌟 Unit 5: Dynamics

🔹 Newton–Euler Formulation
🔹 Lagrangian Formulation
🔹 Dynamic Modeling of Manipulators
🔹 Inertia Matrix, Coriolis & Centrifugal Terms
🔹 Equations of Motion
🔹 Energy-Based Methods

🌟 Unit 6: Trajectory Planning

🔹 Path vs Trajectory
🔹Polynomial Trajectories
🔹 Spline Trajectories
🔹Time-Optimal Trajectories
🔹 Cartesian & Joint-Based Trajectories

🌟 Unit 7: Robot Controls

🔹Control Architectures
🔹Linear Control of Manipulators
🔹Proportional–Derivative (PD) Control
🔹 Computed Torque Control
🔹 Adaptive Control
🔹Robust Control

🌟 Unit 8: Force Control

🔹 Force–Torque Sensing
🔹 Compliant Motion
🔹 Hybrid Position–Force Control
🔹 Impedance Control
🔹 Control Under Contact Constraints

🌟 Unit 9: Robot Programming & Languages

🔹 Programming Paradigms
🔹 Motion Programming
🔹 Sensor-Based Programming
🔹 Robot Operating System (ROS)
🔹 Simulation Environments

🌟 Unit 10: Motion Planning

🔹 Configuration Space
🔹 Obstacle Avoidance
🔹 Graph-Based Planning
🔹 Sampling-Based Planning (PRM, RRT)
🔹 Trajectory Optimization

🌟 Unit 11: Robot Vision & Visual Servoing

🔹Camera Models
🔹 Image-Based Visual Servoing (IBVS)
🔹 Position-Based Visual Servoing (PBVS)
🔹 Feature Extraction
🔹 Visual Feedback Control

🌟 Unit 12: Advanced Robotics

🔹 Redundant Manipulators
🔹 Mobile Robot Kinematics & Control
🔹 Multi-Robot Systems
🔹 Human-Robot Interaction
🔹 Machine Learning in Robotics

💎✨ Highlights of this app:

🌟 Complete Robotics Syllabus in 12 Units
🌟 Clear Explanations & Examples
🌟 Covers Complete Syllabus, MCQs & Quizzes for Practice
🌟 Perfect for B.Tech, M.Tech, and Senior Students of Robotics, Mechanical, Electrical, and Computer Engineering, Learners & Researchers

📥 Download now and start your Robotics: Modelling, Planning and Control learning journey today! 🚀

Nouveautés

🚀 First release of Robotics: Modelling, Planning & Control
✨ What’s Inside:
✅ Complete syllabus covering Robot Planning and Control
✅ Step-by-step topics with practical examples
✅ Interactive MCQs & quizzes for self-assessment

🎯 Suitable For:
Students, Researchers, and Robotics Enthusiasts

👩‍🎓Start your journey in Robot planning and control with this best learning app!