@ctorobotics: Most systems want to fall. Great engineering refuses to let them. A triple inverted pendulum moves through all eight equilibrium points while a 1 ms real-time controller makes thousands of micro-corrections per second to keep it stable. Would you rely purely on classical control, or integrate learning-based methods? ⚠️ This video is shared for educational and informational purposes only. It does not contain any sponsored deals, advertising, or commercial intent. Credit to the original creator. All rights belong to the respective brand. If you are the owner and wish to have it removed or credited differently, please contact us. #ControlEngineering #Robotics #Automation #RealTimeSystems #Engineering

karlito :

The maths behind this must be insane

Walerei :

A MAN 🇮🇶 :

how??

♤ Николај ♤ :

ts 'song' has to be the worst ever

Helicopter Bomb :

[PSST] stinky :

tiki tiki tiki

Richie_Rich :

How does one even program balance and center of gravity. What level of math does this require

Lukasos :

Typa shi you have to do to get a 10/10 in a robotics competition🥀

Artkhoasĩ :

physic :

It’s has better stability than my financial future 💔

салим :

Автор:

Tomasz Emm :

I to nadal matematyka

Ｓｈ１ｆＲ :

(‘Hello world’)print

𝘿𝟯𝙍𝙎𝙆𝙔 :

чел написавший код

kosong :

if fall = true : dont do that

nqspnilwi2 :

absolute robotics ✋🥹🤚

🐿️🫙lò vi sóng🪝🦋 :

hãy suy nghĩ như 1 kĩ sư

Igorrrrrrro :

two type of people

Vakedot :

Строчки кода

Юрий Золотце :

робот решил задачу трёх тел?

British :

anyone saying they can do this, you cant

🤔🤔🤔🤔hmmmmm :

chưa hiểu đc logic làm ra nó nữa 🥲🥲🥲

nxd :

Dexter :

🌸ArsonCoffee🌸 :

This is even more impressive due to the fact that it is a double pendulum, the calculations that must have gone into the coding would have been insanely precise