Instructables Build Guide: //www.instructables.com/id/Object-Finding-Personal-Assistant-Robot-Ft-Raspber/
Code Available at: //github.com/SaralTayal123/Object-Finding-Rover
This Rover can use Computer Vision and Machine Learning models to dynamically follow humans around or find any 90 unique objects, pick them up and bring them to you. The rover truly is a personal assistant and its powered by the RoboClaw motor controller, the Raspberry Pi & Google Coral.
Parts available at:
RoboClaw: //www.basicmicro.com/Roboclaw-2x7A-Motor-Controller_p_55.html
Raspberry Pi: //www.raspberrypi.org/products/
Google Coral: //coral.withgoogle.com/products/accelerator
Other RoboClaw variants: //www.basicmicro.com/
source
BTW I'm wondering if for sake of simplicity a raspberry 4 (4gb's RAM) could replace the raspberry Pi 3 and the Coral getting all in one.
Fantastic job.
I would really LOVE to see your robot with a LIDAR in other words giving to it SLAM capabilities…..
great man
Nice, can u tell me how you did the collector
This is just awesome! keep up the good work.
I just stumbled upon your channel and now you have one more fan! Thanks for sharing all this amazing content for free with us.
That carpet is absolutely beautiful
hello sir
sir i dont know how to use google coral. can you please a tutorial on google coral.
thank you sir.
I like your videi
When we will get next version of this video please upload it fast
hello, i might need your help? how integrate the speech cmd to detect objects in real time video steaming this is my Email : bilelmkacher@gmail.com
Can you please tell me how much it costs for this project?
Wow, very nice! I came here from the Adafruit tweet, but Subscribed to your channel. Great work!
One question I did have – do you have to be at the same level of the Robot (sitting) for it to "see" your face? I'd imagine putting the camera on an actuator & allowing it to tilt upward would help that. Could the same code that checked left & right boundaries be used to check for top / bottom, and adjust as necessary?
grate video brooooo❤❤❤❤❤❤
Wow – Great fusion of hardware, software architecture, sensors, technologies, features, and 3D printing to implement a robust solution that efficiently uses the capabilities of every component. My robot (Carl, a Raspberry Pi 3 powered GoPiGo3 based bot //vimeo.com/350441698 ) is so jealous!
Ideas for version 2: 1) give your robot a better name than "whale" or "robot", and 2) give it "eternal life" (really a challenge with LiPos, but add a dock, universal power supply, and recharging circuitry).
Wow… don't often post comments but your project and video explanation is superb… endless possibilities spring to mind.
simply genius
Simply brilliant
Bro that's awesome
Thank you for the brief overview in the video, and especially for posting the source and such high-quality documentation. I wish more people put this level of effort into their projects!
This is a very interesting video, Saral. Once again you've demonstrated precision 3D printing and ingenuity. Some ideas discussed are not different from the work of Zack Allen locally, with Slate Robotics featured on my new channel (Frank Schmidt, in Missouri, USA). He's using R.Pi also for networking his actuators. Best wishes, well done.
Full marks! Brilliant work!
Imagine being this robot and finding the cup of water. Now imagine being the genius who programmed this. That would be pretty epic
This looks incredible Saral
Nice! What a project!
My man!! Damn this is soo cool, big hype 😀 You are very inspiring.
Super bro…. Rock it bro…. Very informative for me