Max Palay
Max Palay
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EKF-based SLAM real world test
This is the demo video for an Extended Kalman Filter-based Simultaneous Localization and Mapping algorithm implemented from scratch using ROS2 & C++. Tested on a Turtlebot 3 burger. The robot is driven around and finishes at a position similar to the starting one. The blue robot represent raw odometry, the green robot is the SLAM estimate. At the end, the SLAM estimation is pretty accurate (and much more accurate than the standalone Odometry!).
Find out more at
maxpalay.com/projects/ekf-slam
Переглядів: 142

Відео

Minimec - a custom ROS2 based mecanum wheel mobile platform
Переглядів 9 тис.6 місяців тому
This is a demo video of my MS in Robotics independent Winter Project. I designed, built and programmed a custom mecanum wheel mobile base and implemented controls using ROS2. Learn more: maxpalay.com/projects/mecanum-wheel-base
EKF SLAM implementation from scratch - simulation demo
Переглядів 706 місяців тому
This project is featured in maxpalay.com
Mecanum wheel robot build
Переглядів 9 тис.7 місяців тому
Stay tuned for updates! maxpalay.com
Kuka YouBot Kinematics simulation Pick & Place
Переглядів 1187 місяців тому
This simulation was performed using CoppeliaSim. The kinematics were calculated using the Modern Robotics Python library and CoppeliaSim was used to simulate the physics between the cube and the gripper while playing the calculated trajectory.
Pen challenge
Переглядів 3188 місяців тому
Pen challenge
Nerfbot - Robotic Nerf Blaster
Переглядів 558 місяців тому
This is the final demo for ME495: Embedded Systems in Robotics course at Northwestern University. This project is purely for educational purposes.
Bionic prosthesis actuator assembly
Переглядів 469 місяців тому
Bionic prosthesis actuator assembly
Prosthesis assembly time-lapse
Переглядів 499 місяців тому
Prosthesis assembly time-lapse
Bionic prosthesis prototype tests
Переглядів 3732 роки тому
This video is a demo of the Final Project submitted for Telematics Engineering at Universidad de Montevideo entitled "Design and implementation of an affordable lower limb prosthesis". The prototype resulted too tall for the subject height, hence some gait abnormalities can be seen.
Robotics Ground Control Station Promo HackadayPrize
Переглядів 6 тис.2 роки тому
Robotics Ground Control Station Promo video for Hackaday Prize 2021 Finals A huge thank you to Mati, my girlfriend for the help provided to make the video. Hackaday.io/maxipalay Audio track: Lune - Y&V [NCS Release] ua-cam.com/video/n79aphwhpW0/v-deo.html
Tracked robotic platform assembly timelapse
Переглядів 4812 роки тому
Track: Koven - Looking For More [NCS10 Release] Music provided by NoCopyrightSounds. Watch: ua-cam.com/video/0dgMHYThYXw/v-deo.html Free Download / Stream: ncs.io/LookingForMore
Cablecam demo 2
Переглядів 2,1 тис.3 роки тому
Cablecam demo 2

КОМЕНТАРІ

  • @wanmohdianariff7975
    @wanmohdianariff7975 2 місяці тому

    What type of motor did you use to connect with the mecanum wheel

  • @phongsagonchidchob8549
    @phongsagonchidchob8549 2 місяці тому

    Great. You shear wiring odrive s1 to rpi and encoder. You spec. Bldc motor

  • @MemoxCid
    @MemoxCid 3 місяці тому

    What did you use for create a path?

  • @majalabs
    @majalabs 3 місяці тому

    beruntunglah yang memiliki hobi ini, karna bisa membeli sparepart untuk kebutuhan hobi nya nice👍

  • @dts_user1389
    @dts_user1389 4 місяці тому

    Where'd you get this kit? It looks awesome! Also, I didn't realize those O-drives really needed the 50W resistors... Just looked it up and it seems it's for brake current. That makes a ton of sense! :)

  • @k4yd33yeah
    @k4yd33yeah 4 місяці тому

    the lights REALLY do it for me

  • @PeytonYeung
    @PeytonYeung 4 місяці тому

    Cool wheels!

  • @Laosthaitech
    @Laosthaitech 5 місяців тому

    Your clips are very interesting. Nice to follow and exchange fun and new knowledge. Hope you will increase our following as well. Thank you very much.

  • @slevinshafel9395
    @slevinshafel9395 5 місяців тому

    what if it move 25º or 35º? its will have more rezis than go at 45º?

    • @maximilianopalay3393
      @maximilianopalay3393 5 місяців тому

      The torque needed at each wheel will vary with the angle. A simple example: if the robot is moving forward you have all 4 wheels pushing, if it moves at 45, only two wheels will be pushing.

  • @jacobshore2851
    @jacobshore2851 5 місяців тому

    What is it using to monitor positional feedback?

    • @maximilianopalay3393
      @maximilianopalay3393 5 місяців тому

      Hey. Right now it is wheel odometry. You can learn more in my portfolio post. maxpalay.com

  • @zoeyzhang9866
    @zoeyzhang9866 6 місяців тому

    Awesome design! WOndeirng if any custom PCBs/3D/CNC'd parts may help for upcoing upgrade? Would love to sponsor and reach any potential collab together! (PCBWay zoey)

  • @gerokatseros
    @gerokatseros 6 місяців тому

    Beautiful!!! can you share some details about the hardware you are using? drivers , break resistors (i think this is what they are) , motors etc?

    • @maximilianopalay3393
      @maximilianopalay3393 6 місяців тому

      Thank you! I’ll be posting an update video in a couple weeks time hopefully and make a small post on my website maxpalay.com

  • @bLACK0mARKZ
    @bLACK0mARKZ 7 місяців тому

    Nice build and design! Very clean

    • @maximilianopalay3393
      @maximilianopalay3393 7 місяців тому

      Glad you liked it, thanks! Will post a fully-finished update!

  • @ebikefe
    @ebikefe 8 місяців тому

    Awesome project! Thanks for sharing 👍.

  • @elpistore
    @elpistore 11 місяців тому

    congratulations is it full diy ? can you post the tutorial video ? will it function in drone ?

    • @maximilianopalay3393
      @maximilianopalay3393 9 місяців тому

      Hey! This project was a while ago and I have moved on. Glad you liked the concept. Main idea is that this could be adaptable to many platforms as it used ROS. You can check out the project on hackaday.io/maxipalay

    • @elpistore
      @elpistore 9 місяців тому

      Thank you

  • @tipiks156
    @tipiks156 2 роки тому

    Nice