| date | 2024-12-05 |
|---|---|
| title | Controls & Actuation |
The "Controls & Actuation" section provides a detailed guide to implementing and understanding a range of actuation and control methodologies essential for robotics and automation. Topics span from high-level motion planning to low-level motor controllers, helping engineers bridge the gap between conceptual design and physical motion. The section includes insights into both theoretical foundations and practical implementations.
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Drive-by-wire Conversion for Autonomous Vehicles Explains the principles and types of drive-by-wire systems, including throttle-by-wire, brake-by-wire, and steer-by-wire, and their role in modern autonomous vehicles.
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Linear Actuator Resources and Quick Reference A comprehensive overview of linear actuation systems, covering linear guides, belt drives, screw systems, and rack-and-pinion setups.
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Model Predictive Control Introduction and Setup Discusses Model Predictive Control (MPC), its benefits, and implementation in robotics for handling constraints in multi-input, multi-output systems.
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Motor Controller with Feedback Introduces motor controllers with encoder feedback, highlighting the Pololu Jrk 21v3 USB Motor Controller as an example.
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MoveIt Motion Planning and HEBI Actuator Setup and Integration Outlines using MoveIt in ROS for robotic motion planning and integrating it with HEBI actuators for hardware execution.
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PID Control on Arduino Explains implementing PID control on Arduino platforms, including tips for tuning and integrating Kalman filters for noisy sensors.
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Pure-Pursuit Based Controller for Skid Steering Robots Covers the Pure-Pursuit algorithm for trajectory tracking in skid-steering robots, including implementation steps and constraints.
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Task Prioritization Control for Advanced Manipulator Control Details task prioritization control for robotic manipulators to manage redundant degrees of freedom and prioritize multiple simultaneous tasks.
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Using ULN 2003A as a Motor Controller Explains how the ULN 2003A Darlington Array can be used as a motor controller for low-power motors and relays.
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Vedder Open-Source Electronic Speed Controller Highlights features and advantages of the Vedder ESC, an open-source electronic speed controller for brushless DC motors.
- Drive-by-wire System Overview
- Linear Motion Components - Misumi
- Model Predictive Control - MATLAB Guide
- Pololu Jrk 21v3 USB Motor Controller
- MoveIt Tutorials for ROS
- Arduino PID Library
- Task Priority Control - Robotics Journal
- Pure-Pursuit Algorithm Reference
- ULN 2003A Documentation
- Vedder ESC Project