Day 20 Advent Calendar Mars Rover

https://is1-ssl.mzstatic.com/image/thumb/Podcasts122/v4/0d/0f/87/0d0f87c4-1504-b713-5a71-008c566cf13e/mza_3718822496575002450.jpg/600x600bb.jpg

MATLAB Unboxed: A Journey with Marco

Che Figo

42 episodes

4 days ago

This podcast series that embarks on a deep dive into the world of MATLAB and its transformative power for engineers and scientists. I'm your host, Marco Roggero, and over the last 18 years, I've been both a student and a guide through the intricate labyrinths of MATLAB's capabilities, witnessing how it revolutionizes workflows across diverse disciplines.

Mathematics

Science

RSS

All content for MATLAB Unboxed: A Journey with Marco is the property of Che Figo and is served directly from their servers with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.

Mathematics

Science

https://d3t3ozftmdmh3i.cloudfront.net/staging/podcast_uploaded_nologo/40290268/40290268-1709090655318-5bf0fafe1c60b.jpg

Day 20 Advent Calendar Mars Rover

MATLAB Unboxed: A Journey with Marco

1 minute 48 seconds

2 months ago

Day 20 Advent Calendar Mars Rover

🎄 Welcome to Day 20 of the MATLAB Advent Calendar! 🎅 As we eagerly await Christmas, I'm excited to highlight a fascinating application of MATLAB and Simulink—the modeling and control of Mars Rovers. 🚀 These robotic explorers are pivotal in advancing our understanding of the Red Planet, paving the way for future human exploration. 🌟

MathWorks provides comprehensive tools to simulate Mars Rover operations, enabling engineers to design and test rover models in realistic Martian terrains. 🛠️ By utilizing Simscape Multibody and Robotics System Toolbox, you can create a digital twin of a Mars Rover to perform tasks such as sample retrieval. This involves path planning, navigation over uneven surfaces, and manipulator control for sample collection. 🪐

🎁 Key features include:
🎄 Grid Surface Modeling: Simulate the rigid Martian terrain to test rover mobility.
🎅 Point Cloud and Spatial Contact Forces: Model interactions between rover wheels and the terrain for accurate mobility analysis.
🌟 Pure Pursuit Path Tracking: Implement algorithms for precise navigation along a desired path.
🎁 Kinematics Solver and Trajectory Planning: Plan and control the rover's manipulator for tasks like sample collection.

Understanding and simulating these aspects are crucial for mission success, as they ensure the rover can navigate the challenging Martian environment and perform scientific tasks effectively. 🚀

🎀 For a hands-on example, explore the Mars Rover Model available on MATLAB Central File Exchange. This model demonstrates how to navigate uneven terrain, retrieve samples, and utilize inverse kinematic analysis for arm control.

https://www.mathworks.com/help/sm/ug/mars_rover.html

🎇 Why is this topic important? Mars Rovers are at the forefront of space exploration, providing invaluable data about Mars's geology and potential for life. Simulating their operations with MATLAB and Simulink accelerates development, reduces risks, and enhances mission success, bringing us closer to unraveling the mysteries of Mars. 🌠

Stay tuned as we continue to unwrap more exciting features and applications of MATLAB and Simulink this holiday season. 🎅 Happy holidays! 🎄

#MathWorks #MATLAB #Simulink #christmas #advent #MarsRover #SpaceExploration #Robotics #DigitalTwin #Simscape #RoboticsSystemToolbox 🎁