This is a perfect reason why everyone must visit Japan, peaceful positive competition unites intelligent minds to venture into amazing pastimes... this is just a tip of Japanese traditional competition.. amazing...
Congratulations Peter. probably the first westerner to get that high in what, a decade? You earned it with all that hard work. The search was perfect. So many dead squares not searched. Well done mate
@@micromouseonline Well deserved to praise!! You earned it~~~ You could have had that first prize but either the programming or the sensor couldnt kick in fast enough to react to the block in front. Speed > reaction to curve. If that was made, I'd say that would have been a first place!!~
Im not sure what he is using but i have used a Spektrum H2060 nanolite servo it produces roughly 11.4 oz of torque and 0.07second transit time from 0'-180'. as for the wheels i believe he used a high traction rubber wheels a bunch of hobby stores sell those. you can see him using a sticky tape to clean the dust/dirt accumulated from the runs.
I have Netlix & Prime, yet I find myself on this strange RUclips Journey - from Pro Mini Golf to Bowling trick shots to Ultimate Frisbee to Robotic Mice...
I opened RUclips to watch some news .. 1st watched 2 girls working out and showing off their camel toes .. then watched some dude restore a hammer drill now am here .. not sure what's next
The vehicle seems to be using a fan to create negative pressure below itself. You can hear the fan starting up when the vehicle is at the starting point.
What I said was lightheartedly a supposition. But with what you said, I searched the micromouse and found this photo ... proving what I said. upload.wikimedia.org/wikipedia/commons/thumb/2/25/Micromouse_Green_Giant_V1.3.jpg/330px-Micromouse_Green_Giant_V1.3.jpg Edit: Forget what I sayd: Most recently, robots are being equipped with a fan to create a partial vacuum under the mouse while it is running. You are right.
@@davilokassocrelhado123 ''electric engine, wheels, motion sensors, batteries and a motherboard with processor and memory'' Damn, you must be a genius, how you did?
@@francoisgirard3108 what you said is just as stupid as saying in 1950 there was a flying car(planes carrying people) and there is peaceful places. All is a perspective question.
@@francoisgirard3108 You are wrong, Google has an fly-ing car as prototype already :) its hybrid one Smth like an helicopter Its like transformers :) from regullary car its transforming in an Helycopter-car :)
I don't get the difficulty of the task. We have a ton of efficient maze solving algorithms. Depending on the type of maze, it'll be obvious which to use.Is it in the engineering of the how quickly the mouse moves? Or is this maybe a competition that was been overtaken by commodity technology?
okay, but what is this eventually applied to, or is this purely for fun and honour? or is tesla already using this? Or can we use this as in Logan driverless freight transport?
I love how his mouse backs up after running into a wall and turning around. I'm guessing thats an extra check for route. Also way more laughter in this video than with the other contestants
Yah. Designed to perform two tasks. Find the goal. And map the terrain it has been provided. That's all in first initial run. Next all times it just sticks to the shortest route with speed.
I wonder if the path algorithm always takes the shortest way, or if it knows what the easiest / fastest way would be. E.g. one with less curves is preferred even if its longer.
YO THIS REMINDED ME OF SOMETHING: if anyone have read the Doraemon Special Story manga series, there is one about Doraemon, Nobita and his friends got stuck in an another-dimension-island and there is a massive maze under and you have to go through it in order to control the island. When everyone start going in the maze they used a mouse robot to guide them through the maze (it failed unfortunately) JUST LIKE THE ONE IN THIS VIDEO. Kinda creepy for me tbh cus the author actually thought about the device decades ago and it is invented now lol. edit; 90s kid where u at xDDDD
Mientras los latinos seguimos atentos a que salga el próximo chimento de nuestras estrellas de telenovelas, los nipones compiten con sus carreras de "micromouse" Ay Sudamérica......... Qué hemos hecho contigo? 😢💔
I havent thought of the "uMouse Program" since 1990 while in College at Chico State when this was considered a Graduation Final Project. Mine was much slower. I would love to get the block flow chart code to see how i could have improved my own code. When we did this project CCDs had just came out which we used along with a bunch of pinball parts to build the mechanical mouse. Used an outhole switch with long wire to sense the clearance to the side walls for correction and flipper rubbers for the tires and a brand new Motorola microcontroller. In all we had 3 new never used before technologies used in this project. I think our mouse took more like 5 mins to navigate through. The faster it ran the more error. too slow and the stepper motor would not flow so we had to get it moving fast enough to avoid the slow stepper chatter but no faster as to add more error. i would guess we had it up to 5"/sec. epqa.
Since you asked my opinion, i would say that fractal logic improves the processes, covering the axial redundances with an unsure but effective modular appearance.
The injectifier in the trombolinier with subfractors interdispersed throughout the varience of the quadmidifier for the 2nd mouse (mus) should invariably, by a common denominator, besmurchified the overkinetic significance between the trachiadacotimer upon the 4th power without significance, unless, of course, it is without the partisimonly. Almost every time.
Why dont we have robotic shopping carts at walmart yet? If his little mouse can learn this crazy maze, a basket can return itself to the front of the store.
It seems very impressive, but what are the rules and requirements ?? Is the mouse autonomous, with it own point of view or is there a camera above ? Is the track know before or discovered by the mouse ? Can the mouse store information between runs ? ....
The mouse should be autonomous, and search by itself the maze configuration to find a best path to the center goal area. Infrared sensors are used in this mouse to detect the walls and corners. The mouse did keep all the information it collected between runs.
@@pumpkineater23 the goal isn't too be the fastest to gather a solution, just to be the fastest through. It's a skill of building the mouse to gather that solution and then execute it to the fastest of its ability with no further user input.
That is part of the Japan contest rules. The micromouse is allowed to keep all the wall configuration data when it is running in the maze. The contest in USA considers the time the micromouse spends in the maze as part of the final score.
@@suhu9379 I see, thank you. So I prefer the Japanese rules - more a test of AI, rather than traction. I really like this, there's something strangely satisfying about it!
It is a contest for autonomous micromouse robots to run as fast as they can from the start cell to the goal area. They have to solve the maze first, and then plan their route and speed profiles to run.
whats the point ? learning the maze, or the speed ? There should be only a speed content, then obviously learning process of the maze is just a routine.
@@stewiegriffin6503 The maze is changed every competition, and I don't think the competitors are able to access the maze beforehand. How, in that case, would the mouse be able to learn the maze beforehand?
learning the maze is just a routine. It means although they change every time the maze, every mouse will learn it (if programmed correctly). There is no surprise in learning the maze. The speed part is the unpredictable part.
@@stewiegriffin6503 They still have to do a single run to learn the maze, though, because it doesn't matter how good your programming is, it can't go for a fastest time the first time you encounter the maze layout.
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
This is a perfect reason why everyone must visit Japan, peaceful positive competition unites intelligent minds to venture into amazing pastimes... this is just a tip of Japanese traditional competition.. amazing...
Congratulations Peter. probably the first westerner to get that high in what, a decade? You earned it with all that hard work. The search was perfect. So many dead squares not searched. Well done mate
Thank you.
مراحل نمو اجنين
@@micromouseonline he responded Pog!
@@micromouseonline Well deserved to praise!! You earned it~~~ You could have had that first prize but either the programming or the sensor couldnt kick in fast enough to react to the block in front. Speed > reaction to curve. If that was made, I'd say that would have been a first place!!~
I'm in that weird part of RUclips again.
It's mean time to sleep
you're fucked
That's a weird way to say 'neat'
You're not in the weird part of youtube until you start getting videos with less than 500 views.
You are one of us now (the people who live with youtube)
Never mind the programming, what electronics/wheels can move that quickly and precisely? That is amazing...
Electronics accelerate pretty fast
micro brushless motors.
Im not sure what he is using but i have used a Spektrum H2060 nanolite servo it produces roughly 11.4 oz of torque and 0.07second transit time from 0'-180'. as for the wheels i believe he used a high traction rubber wheels a bunch of hobby stores sell those. you can see him using a sticky tape to clean the dust/dirt accumulated from the runs.
@@lossantoscity3249 thank you for telling us what they were rubbing on the cars I was wondering what that was so thank you very very much
@@korujaa Peter uses Faulhaber 1717 dc-micromotor, www.faulhaber.com/en/products/series/1717sr/. It is a dc brush motor.
I have Netlix & Prime, yet I find myself on this strange RUclips Journey - from Pro Mini Golf to Bowling trick shots to Ultimate Frisbee to Robotic Mice...
Ok you got me. I'm searching for Pro Mini Golf right now!
Thanks, me too.
I opened RUclips to watch some news .. 1st watched 2 girls working out and showing off their camel toes .. then watched some dude restore a hammer drill now am here .. not sure what's next
do check marbelympics... lit af..
Bear Archambault lolz the pro mini golf was cool. now you must discover harrison ford playing crokinole championship 😂😂😂
Welcome friends, to another episode of "RUclips recommends"!
Hahahahahahahaha
this is such a 2am video
CactusMutant oh no :( its 1 am
omg
And im watching it 2.10 am now!
its 2 am, that yt algorithm
Its only 10 pm rn, i wonder where i'll be at 3am
Just when you thought you seen everything, and here comes this to my recommendation...
these 2am videos really make you realize the difference of lives around the world
japanese always bring a simple game to the next level
what kind of traction control does this car have? its amazing
micromouse recipe: electric engine, wheels, motion sensors, batteries and a motherboard with processor and memory
The vehicle seems to be using a fan to create negative pressure below itself. You can hear the fan starting up when the vehicle is at the starting point.
What I said was lightheartedly a supposition. But with what you said, I searched the micromouse and found this photo ... proving what I said.
upload.wikimedia.org/wikipedia/commons/thumb/2/25/Micromouse_Green_Giant_V1.3.jpg/330px-Micromouse_Green_Giant_V1.3.jpg
Edit: Forget what I sayd: Most recently, robots are being equipped with a fan to create a partial vacuum under the mouse while it is running.
You are right.
@@davilokassocrelhado123 And also cool it at the same time perhaps?
@@davilokassocrelhado123 ''electric engine, wheels, motion sensors, batteries and a motherboard with processor and memory''
Damn, you must be a genius, how you did?
1950: I bet by 2018 we will have world peace and flying cars
2018: let's make a robotic mouse
and put in on video.
This is actually quite an incredible piece of engineering.
@@francoisgirard3108 what you said is just as stupid as saying
in 1950 there was a flying car(planes carrying people) and there is peaceful places. All is a perspective question.
u can actually can have flying cars but needs insane budget.
u know we can do it.
@@francoisgirard3108 You are wrong, Google has an fly-ing car as prototype already :) its hybrid one Smth like an helicopter Its like transformers :) from regullary car its transforming in an Helycopter-car :)
Que incrível, parabéns.
Me amarro em tecnologia e isso aí foi demais.
👏👏👏👏👏
If u program ur bot to check left turn or right turn first then the design of the maze can hugely impact time.to solve the maze
I don't get the difficulty of the task. We have a ton of efficient maze solving algorithms. Depending on the type of maze, it'll be obvious which to use.Is it in the engineering of the how quickly the mouse moves? Or is this maybe a competition that was been overtaken by commodity technology?
okay, but what is this eventually applied to, or is this purely for fun and honour?
or is tesla already using this? Or can we use this as in Logan driverless freight transport?
Where do we come from? What are we? Where are we going? What are we watching?
I love how his mouse backs up after running into a wall and turning around. I'm guessing thats an extra check for route. Also way more laughter in this video than with the other contestants
So the little cars are controlling themselves. A program?
Yah. Designed to perform two tasks. Find the goal. And map the terrain it has been provided. That's all in first initial run. Next all times it just sticks to the shortest route with speed.
@@DineshTripathy9658 how does it know if it has reached the goal?
1:00 AND THE CROWD GOES WILD!!!!
3:59 Everybody's sad now.
RUclips after 11pm is a strange place.
The line sensor is alwasy within the line, how does the robot recognize a intersection of the lines?
Cuestión: What Is the model of the sensors yo detect the Wall?
What are the differences between the single stages? Or in other words: Why is it getting faster with each additional trial?
its learning and memorizing the maze, finding a better and faster route each time.
@@oldkid820 Nice :) How does it know that there is a faster possibility?
クールなデモとキャラクター！ BitChuteを使用していますか？
I didn't realse i was watching at 1.5 speed and couldn't believe my eyes
Can someone explain why they clean the wheels with such passion?
Could we see this in slow motion please?
I see Hiro Nakamura at 4:51 bottom left.
0:32record the road
🔨
3:25 follow the record
😎
Is that working with A* algorithme or other advenced techs?
As far as I know, Peter is not using A* algorithm but flooding algorithm.
3:00 when you really need to go to the toilet.
I see a few people in the crowd on their way to the halitosis convention popped in to take a look.
I wonder if the path algorithm always takes the shortest way, or if it knows what the easiest / fastest way would be. E.g. one with less curves is preferred even if its longer.
Mobin92 since turning sideways takes almost no time, it does not take it in consideration in it's calculation.
showing my ignorance here, but does anyone know if the wheels had differential steering ? (and if it would have made any difference)
It is indeed driven with differential steering, facebook.com/TaiwanMIRContest/photos/a.2354596987904761/2354597121238081/?type=3&theater
Why some colleges are still thinking on programming and not putting that into a mini robot?
Do people not realize how difficult it is to program the robots like this
If (aboutToRunIntoWall)
{ Dont(); }
It's literally that easy
I want learn programing that robotic. How can i do it&
YO THIS REMINDED ME OF SOMETHING:
if anyone have read the Doraemon Special Story manga series, there is one about Doraemon, Nobita and his friends got stuck in an another-dimension-island and there is a massive maze under and you have to go through it in order to control the island. When everyone start going in the maze they used a mouse robot to guide them through the maze (it failed unfortunately) JUST LIKE THE ONE IN THIS VIDEO. Kinda creepy for me tbh cus the author actually thought about the device decades ago and it is invented now lol.
edit; 90s kid where u at xDDDD
they should let a cat loose during this demonstration.
lmfaaaoo
How you have made this device...?
Mientras los latinos seguimos atentos a que salga el próximo chimento de nuestras estrellas de telenovelas, los nipones compiten con sus carreras de "micromouse"
Ay Sudamérica......... Qué hemos hecho contigo? 😢💔
I havent thought of the "uMouse Program" since 1990 while in College at Chico State when this was considered a Graduation Final Project. Mine was much slower. I would love to get the block flow chart code to see how i could have improved my own code. When we did this project CCDs had just came out which we used along with a bunch of pinball parts to build the mechanical mouse. Used an outhole switch with long wire to sense the clearance to the side walls for correction and flipper rubbers for the tires and a brand new Motorola microcontroller. In all we had 3 new never used before technologies used in this project. I think our mouse took more like 5 mins to navigate through. The faster it ran the more error. too slow and the stepper motor would not flow so we had to get it moving fast enough to avoid the slow stepper chatter but no faster as to add more error. i would guess we had it up to 5"/sec. epqa.
Since you asked my opinion, i would say that fractal logic improves the processes, covering the axial redundances with an unsure but effective modular appearance.
I was more impressed with how it moves and turns so quick then the programming that went into it.
Haha! I just commented the same thing. That is really amazing.
Why they move so ineffective, are these the rules, only a front sensor with minimal range?
Love how the Japanese cover their faces when sick to prevent spreading it, in my country people cough on fresh bread in the shops.
Are u an Indian? 😂
Lol
*C'est du bon travail, rapide et bien exécuter*
The injectifier in the trombolinier with subfractors interdispersed throughout the varience of the quadmidifier for the 2nd mouse (mus) should invariably, by a common denominator, besmurchified the overkinetic significance between the trachiadacotimer upon the 4th power without significance, unless, of course, it is without the partisimonly. Almost every time.
Otto By Ograffey i concur
My grandfather always tells me this... I never listen
Enough chinese, more engrish please
Totally
Gibberish
How did I get here.
is this machine learning? getting better each time.
i need to know how it works. is not RC,right? that machine seems so smart. . how it moves? infrared?
i think its an AI
Interesting, whats about solving mazes, Is it that their govt has them in one they cant get out of?
was it traction that messed him up?
Now how will it do if there were other mice
India me esa kab hoga ?
i don't remember this version of tamiya
So I just finished watching a couple hours of MarbleLympics and now this... is this the RUclips Twilight Zone?
Что тоже ищешь комментарий на русском и не понимаешь как этот видос попал в рекомендации? Ставь лайк)
точно
why 2nd time faster than 1st time ?
How the hell is it so fast
arduino support IA ?
vidéo similaire : tous les projets arduino
ruclips.net/video/_4EawMxskSA/видео.html
i just discovered my new hobby
I was like...what The hell is it?
Kwapinsky yeah same, quite cool though
These comps have been going for a hell of a long time (20 years??)
Is the genetic algorithme enought to programme a micromouse? Answer plz
All I did was press a cute squirrel video. Now I’m here.
The first prize was a helicopter?
Design a mouse, that hops up, takes a picture of the maze, and then solves it on its first go through.
Why dont we have robotic shopping carts at walmart yet? If his little mouse can learn this crazy maze, a basket can return itself to the front of the store.
It's gonna be expensive and won't provide much value. Maybe in near future when it becomes a norm, you will see them everywhere.
Because customers would buy less stuff. Also online stores like amazon has plenty of robots
They already have that. It calls a Roomba
Cost
that girl next to the screen holding a white plastic bag, is cute.
Once it found the yellow center, it didn't try new ways to get back. It pretty much V,lined. Like it new already, Or someone else was controlling it.
Is that tape for traction?
To remove dust that collected in its previous run.
@@suhu9379 thanks. I was also wondering why the tape
Sir will u help me to develop such types of robot.
I am nishant from india
You may find some necessary information on www.micromouseonline.com/
What is it?
That micromouse has more sense of direction than i do.
does the car learn itself ?
Yes, try to find the best path to the goal area.
It seems very impressive, but what are the rules and requirements ??
Is the mouse autonomous, with it own point of view or is there a camera above ?
Is the track know before or discovered by the mouse ?
Can the mouse store information between runs ?
....
The mouse should be autonomous, and search by itself the maze configuration to find a best path to the center goal area. Infrared sensors are used in this mouse to detect the walls and corners. The mouse did keep all the information it collected between runs.
@@suhu9379 So shouldn't the first run be the only one that counts? After that it uses memory rather than AI to 'solve' the maze.
@@pumpkineater23 the goal isn't too be the fastest to gather a solution, just to be the fastest through. It's a skill of building the mouse to gather that solution and then execute it to the fastest of its ability with no further user input.
Is it a race for robotmouses?
Yes, it is.
Shouldn't the first run be the only one that counts? After that it uses memory rather than AI to 'solve' the maze.
That is part of the Japan contest rules. The micromouse is allowed to keep all the wall configuration data when it is running in the maze. The contest in USA considers the time the micromouse spends in the maze as part of the final score.
@@suhu9379 I see, thank you. So I prefer the Japanese rules - more a test of AI, rather than traction. I really like this, there's something strangely satisfying about it!
Still this is more exciting than Mayweather Vs Macgregor.
That sport is for the cretin
Beautiful, looked extremely stable.
Gotta go fast!!!!!
I love this....and I have no idea how I got here...time to go sleep I guess :D
1 Video ago, I was watching a Gimbal Related video. not sure how I ended up here
What about automatic driving auto pilot
pretty amazing but what is that?! :-0
It is a contest for autonomous micromouse robots to run as fast as they can from the start cell to the goal area. They have to solve the maze first, and then plan their route and speed profiles to run.
@@suhu9379 thanks!
All I hear is the music from the hidden snail maze game for Sega Master System.
Would be nice if a mini drone comes from the mouse and assists in finding the shortest way ..birds eye view.
A similar idea was implemented by a Japanese. facebook.com/TaiwanMIRContest/photos/a.667027756661701/668306049867205/?type=3&theater
whats the point ? learning the maze, or the speed ?
There should be only a speed content, then obviously learning process of the maze is just a routine.
The speed, but the micromouse must also be able to learn the maze too.
it's just recursive algorithm. every mouse can learn the maze. just delays everything.
@@stewiegriffin6503 The maze is changed every competition, and I don't think the competitors are able to access the maze beforehand. How, in that case, would the mouse be able to learn the maze beforehand?
learning the maze is just a routine. It means although they change every time the maze, every mouse will learn it (if programmed correctly). There is no surprise in learning the maze.
The speed part is the unpredictable part.
@@stewiegriffin6503 They still have to do a single run to learn the maze, though, because it doesn't matter how good your programming is, it can't go for a fastest time the first time you encounter the maze layout.
Video date: 2018
Title date: 2017
RUclips suggested video to watch date: 2020
Doing Sharp turns without loosing grip how ???
Small size and weight and well lubricated wheels 😂😂😂
Why no one makes a Mario Cart or something? lol Copyrights?
IT`S 03:00 AM, why am i watching this ?!
So this is a thing. An international thing. An international thing that’s been going on for years...news to the real us.
Amazing 👍👍👍👍👍
I'm still wondering...
Say goodbye to real life drivers and helo to a bunch of people on the unemployment line.
They should include this in the olympics
Спасибо за интересное видео!
O que raios estou fazendo aqui!?!?