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Matthew Fricke
Приєднався 31 жов 2011
Відео
Moses Biological Computation Robot Highlights
Переглядів 436 місяців тому
Moses Biological Computation Robot Highlights
Moses Biological Computation Robotics Highlights
Переглядів 286 місяців тому
Moses Biological Computation Robotics Highlights
NASA MINDS - CHILIHOUSE 2024
Переглядів 257 місяців тому
Team video for the 2024 UNM automated gardening in space submission. Carter Frost from the Moses Biological Computation Lab lead the robotics and imaging work.
Litli Hrutur Volcano Eruption
Переглядів 940Рік тому
Following dragonfly drone as it measures and sample gasses emitted by the volcano.
Giant Sea Bass, La Jolla, San Diego
Переглядів 101Рік тому
These fish are endangered due to over fishing. Only 500 or so are believed to remain. They can grow to over 7 feet long and 600 pounds.
Green sea turtle
Переглядів 76Рік тому
Several green sea turtles were betting cleaned by brown surgeon fish. This one almost bumped into me. Kauai.
The Creature at the bottom of Blue Hole, New Mexico
Переглядів 77Рік тому
The Creature at the bottom of Blue Hole, New Mexico
When the synergies pay off - Commander Angel Deck
Переглядів 8Рік тому
When the synergies pay off - Commander Angel Deck
Fagradalsfjall Site 2 - 2022-09-05 - DSM
Переглядів 212 роки тому
Fagradalsfjall Site 2 - 2022-09-05 - DSM
La Palma VolCAN Expedition Draft Video
Переглядів 5922 роки тому
La Palma VolCAN Expedition Draft Video
Hey Mathew, are there tracking data or more videos of this behavior available? Or anything published on this? I have access to a dataset of Argentine ants which show this type of behavior as well and would like to do something with it.
Single pilot(Calvin Stahoviak) controlling both robot bases & arms for collaborative transport. Robots are running ROS2 Humble as part of MARIAM (Multi-Agent Robust & Intelligent Autonomous Manipulation) project at UNM funded by Sandia National Labs. Captured using Open Broadcaster Software, Right side is the network utilization from a router running DD-WRT.
This is a 1 dimensional test, The robot on the left is reading the effort values from current from the elbow & wrist and converting that into forward or backward movement to comply/admit. The robot on the right is driving forward/backward at a rate of 0.1hz, 0.2hz, 0.5zh, 1hz, 2hz, & 4Hz.
This is a 1 dimensional test, reading the effort values from current from the elbow & wrist and converting that into forward or backward movement. I am then applying the force with the rod you can see deflecting and the robots then admitting to zero out that force.
Thank you ✨
Fax
Based
That's so amazing! You got to work in the Searing Gorge!
Wow, cool to see the toasty motors on the quad. Got a color key?
Ha - no sorry. The contrast is dynamic. There must be a way to get relative temps though.
absolutely hypnotizing to watch. crazy stuff.
Lik it. total interesting :)
The instability at 3:20 is because we were performing a wind drift test.
Impressive, stay safe.
Amazing content. I’d recommend checking out Promosm!!! ! It will help you grow your channel!
Hey, could you please share the source code? kolo19943@gmail.com
thanks for the vid it helped me
Thanks so much for the video, it served me a lot
At 1:30 there is a prompt asking whether to "join with computer audio". That prompt is asking whether to receive audio from the meeting, not whether to enable your microphone. You will want to click that or you won't be able to hear anything. If you don't click join audio when you join the meeting, then you can still start listening by clicking the button I mouse over at 2:03. I have set the meetings so your microphone is off by default when you enter the meeting.
Please can you share the code ?
Thanks for the upload, wow the wind was considerable, very proud of how well the Swarmies did considering.
hello sir , i am new with argos3 simulator can u please give me something to help me out ?
Hello Bro, can you give me the script? I need it for my task
Damn was the drone or any data recovered?
Hi Carter, the drone and sensor pod were not recovered. We did place other sensor pods at human accessible locations so we do have data. We consulted with the expedition volcanologists and decided it was too dangerous to make the two hour trek through the crater to recover the drone. Especially since this was just two days after a 7.5 earthquake that caused some previously solid rocks to shatter when we climbed on them. There were also several rock slides during the day. We would have needed gas masks as well.
Sorry to hear about the drone and sensor pod, I'm glad to hear you got some data, I hope the trip was fun and everyone stayed safe.
Damn I wonder what happened in their search obstacle avoidance code.
Hey Texas A&M Intl Univ, That was a nice search you found all the piles very quickly.
Hello, I try to make sth similar but with LQR. You made it really great. Could you send me your code, or if you don't want publish all some parts. My mail: bla.bla.bla.bla.bla.bla.bla6@gmail.com
hi, Could you please share the code of this simulation ? eng.daniel.trovao@gmail.com
Nice, so does that mean a major master and GUI change?
Carter Frost that’s the beauty. There was no change to the code running on the robots. Just a change to the startup script to start rosbrige and roscore, and a JavaScript broker on the laptop. If we make this available for the competition we will make sure it’s optional.
Robots have communication with each other so they will make sure they have different radius(sort of)?
Hello, the details are here: fricke.co.uk/Research/DDSA_FrickeIROS2016.pdf
This is very nice do you mind sharing your code with me? my email is zwelsh42@gmail.com
This makes me totally happy.
Go hooknail!
Your Gazeebo Simulator runs very well compared to mine. What's the specs for your computer?
Dell 1650 with 8 GB Ram and NVidia Quadro 2000, $306 (4GB version) from newegg. Note that the video is sped up. www.neweggbusiness.com/Product/Product.aspx?Item=9SIV1126PU5484&nm_mc=KNC-GoogleBizMKPL-PC&cm_mmc=KNC-GoogleBizMKPL-PC-_-pla-_-Server%2FWorkstation+Systems-_-9SIV1126PU5484&gclid=Cj0KCQjwzIzWBRDnARIsAAkc8hHuNrTptWFO2CMgzH7xx5TSDCwqrabeVqDZ7HC0cX_n2YjxbOv2I3kaArdbEALw_wcB&gclsrc=aw.ds
Hey, I have a i7 7700HQ, 1050ti, 8gb ram, laptop, and it doesn't run as good as yours,. How did you set up then drivers for your gpu?
Thank you.
The sim is running at about 1/4 real speed but I sped up the video. What sim rate you are getting?
I couldn't find the target_detection package, i recently followed all the steps on github.
jamshid aziz hi, this. Is an old video. Go to GitHub.com/BCLab-UNM/SwarmBaseCode-ROS for new instructions.
I understand. I followed all the instructions there, but I'm unable to find the target_detection folder.
Is there anyway we can have an online chat, I have a couple of questions for you?
Hi! I'm working on a similar project as this. It would help so much if i have the code for reference. My email is christophertgj@gmail.com Thanks in advance!
Hi! Can I also have the Matlab source code? My mail is carlosavs.94@gmail.com
hi, could you please share the code of this simulation ? ic4ro.p4blo@gmail.com
What software was used for visualisation?
This is ARGoS. github.com/ilpincy/argos3
Hello, ARGoS: www.argos-sim.info/
Must be using advanced wheels. If those were ours, they would have flown off at the 10 second mark.
www.amazon.com/dp/B000I1RSNS/ Loctite blue should hold them on.
Thanks a lot. Very easy to follow.
hi , can i have your MATLAB source code ? i.arash1370@gmail.com
Hi, Matthew, could you please share your code with me? I'm working on a trajectory planning project. It would be really helpful if I can learn how you generate that video. Thank you very much. hangyin888@gmail.com
matthew, could you please give me the idea of specific control objective for my undergraduate thesis on "quadcopter simulation on matlab", i dont have the idea of control objective i'm planning to use PID or fuzzy, but still have no idea of the objective
thanks may be i have your simu...??? sayeh66.ir@gmail.com thank you
Much of the base code comes from www.coursera.org/specializations/robotics. I am not sure what the licensing of that code is. I will try and find out and release the code to you.
thank you dear friend
thank's it's great work i like it it's very professionel and optimal ,i work in the same title and i need to make sumilation in matlab, did you share with me your code that's a big honor for me yaya_belachia@hotmail.com have a nice day
I am sorry I missed your comment before. Please see my reply above.
Thank's it's really a great work ! I study in the similar project and i also need to make sumilation of quadrotor in matlab, did you share with me your code that's a big honor for me mcckingkangteng@gmail.com have a nice day!
didnt know you had a youtube channel :P
I am trying to do it but unfortunately facing some problems any ideas about inputs?
Does this research also borrow from the foraging behavior of bees?
We have recently extended our work to drones. We don't take inspiration from bees directly yet but that would be a natural thing to work on.
Yes I believe that fixes it!
Hi I am following along with the video and got this error at the step in recorded time 6:23. Arduino: 1.6.8 (Linux), Board: "Arduino Leonardo" /home/swarmie/lsm303-arduino/LSM303/examples/Calibrate/Calibrate.ino:2:20: fatal error: LSM303.h: No such file or directory #include <LSM303.h> ^ compilation terminated. exit status 1 Error compiling for board Arduino Leonardo. This report would have more information with "Show verbose output during compilation" option enabled in File -> Preferences. Any ideas? Thanks, Ryan
+Ryan Fisher Hi Ryan I missed a step. You have to set the library location. Here is a video that shows how. Try that and please let me know if it fixed the problem. ua-cam.com/video/mzHzlN6fbfU/v-deo.html