Toddlers can't be given an assault rifle and become expert marksmen within a day. Don't let these cute demonstrations distract you from the long term goals of these projects. Let's not forget our own history. Einstien's research was weaponised into the atomic bomb, research at John Hopkins into developing a global positioning system was weaponised into ICBM technology and so on. No matter how benign research may seem, all it requires is for a government to see military applications and then swoop in to claim the technology for themselves in the name of national security.
@@KryyssTV technology is inherently neutral, it can be used for good or for bad. A needle can give someone with diabetes insulin or it can give a heroin addict an OD. These robots could be murder bots on the battle field or they could be savior bots for swat teams against a hostage situation. It is all in how you view the technology. Generally though they are going to just put your groceries away and (a variant of them) assemble your products.
This is so cool! I'm really amazed at how they're training real-world robots in simulated environments to get more experience than they could ever achieve in the real world. The future is amazing
BD absolutely is using this technology right now. The movements are too smooth and organic to not be using them. Programmatic kinematics is slow and unforgiving. AI gives you a lot of freedom.
@@joshcryer yeah but only in terms of assisting remote control. As far as we've seen anyway. What I'm excited about is when it's more like you just give it a prompt like chatgpt... Hey Robbie, go and make me a coffee. For example
Reminds me of the bet I read about years ago - that 2050 robots will triumph over the best human players. Robocup was founded with that goal in mind in 1997. "RoboCup is an international scientific initiative with the goal to advance the state of the art of intelligent robots. When established in 1997, the original mission was to field a team of robots capable of winning against the human soccer World Cup champions by 2050."
@stephanieellison7834 Keep your conspiracy garbage out of this. Citing "reported by some TH-cam videos" says it all. Of course big corporations and the way capitalist economy works will have many lose their jobs and don't give a damn/take all the income they get from using AI and robots and shove it up ultra rich's behinds again (just like it happened with most technological advances that were supposed to make "everyone work less and richer"). However then pathetically trying to connect this to a while conspiracy and the killing of the majority is just insane. There are literally thousands of easier ways to get rid of most people if your claimed connections and perfectly cooperating evil actually existed in this way. The reality is way more primitive and sad: Rich and powerful people can't get enough and have close to 0 ethics. Their greed leads them to hoard more and more of it no matter the cost for the rest of us. And no, the majority WON'T die and no they don't need to go through all of that to get a big mansion lmao.
I think one of the reasons the simulated players seem move around like crazy is that they don't consider energy expenditure in their learning. Imagine if the algorithm tried to minimise the energy spent when chasing the ball or defending a position. I think if they did this it would result in much smoother and realistic play. The paper notes that they also don't try to model the real world behaviour of the servo motors and battery so performance drops as the servos become misaligned and battery charge levels drop. Again, optimising for energy usage would probably help a lot here.
This is the problem with using simulated environments to train. It's a necessary first-step just so the embodied AI can even function in a basic manner in the wild, but without an excessively stupid amount of real-world training in the thousands, or millions of hours navigating the real world, any AI deployed without those edge-case scenarios will only be useful in hyper-controlled real-world environments which limits usefulness and full autonomy. Guess which company has millions of hours of real-world embodied AI data to train their robots from?
@@CharveL88 I don't know, the point of this research is to show how effective in-simulation training can be. The trained model was applied to the real robots with almost no tweaking and yet they still work pretty decently. They make a point in the paper that they could have done more to allow the robots to perform better but that would disguise how well they performed zero-shot. It basically proves that you can go a long way by simulating the real world and using that to train your model which could allow you to develop a model more quickly and cheaply than what you could achieve by train in the real world only.
@@aspzx I completely agree. However, I was just making a point addressing the obvious next step, and really the end-goal of AI training; to make them useful in the real world without being micro-managed or geo-fenced, even in a specific use case. Sure, these next few years are going to get saturated with semi-autonomous robots loaded with AI for specific tasks, but it won't be long at all before they'll need a real-world stack that understands the natural world through vision in order to be safe around humans.
Learning to do something in the computer is one thing but using that information to do something in the real world is truly amazing. These physics simulators are mind-blowing.
6:00 wow 6 gave me chills. It’s so small now, but it looks like simple empathy. Knowing the mind of the other robot to predict its mind and next decision. Technology is about to go crazy. 🎶
I'm glad you posted this. I've seen this project before, but it seems to be one of the most interesting AI to real-world examples I've seen. Bipedal robots in a competitive match using ball physics. When you visited, was there any discussion of attempting a 2 v 2? They fall extremely well. I think the AI has learned to incorporate this as part of its strategy, its own brand of expected outcomes of locomotion. That probably only works at this tiny scale. Also, the scale of these little guys kind of begs for some sort of consumer product.
Agreed, these small robots in some way do seem conscious or aware and in some competition we out the other robots to get the ball. Not saying a 100 percent but the behaviour is FASCINATING. I'm guessing if they made these robots human size the different weight ratio would make them slower??? Maybe size DOES matter? 😂
It's incredible what such simple looking bodies can achieve. Looks like they use servo motors too! Not the more smooth or crazy actuators yet all this control! And they move pretty smoothly!
it's really interesting how they are clearly riding the edge of instability with that walk: It looks kinda stumbly (in a very cute way) but given their body it's a really good strategy, and if they fail, they are quick to spring back into action regardless. It'd obviously no longer be the same game anymore but I wonder what'd happen if they added slopes and uneven terrain into this, both in terms of how the walk would adapt and in terms of ball control.
I enjoy seeing the steady and incredible progression of AI, it reminds me of a whole new (man-made) lifeform coming to fruition, I'm glad I can experience this with all of you. I will always remember Two Minute Papers as a reputable channel, where I get the most legit info I can get from online.
Just thinking back ten years or so to the "robot" soccer and how slow they were! I think at that time they pretty much were all preprogrammed and or remote controlled. These things look absolutely incredible!
Much like the human brain, which is composed of specialized regions dedicated to functions such as language, sight, and hearing, robots and artificial intelligence systems can be built with separate modules for movement, vision, and cognitive processing. At the core of these systems, there’s a central controller, akin to our brain's command center, which orchestrates these functions in a seamless and efficient manner. This modular design not only mirrors the structure of the human brain but also allows for flexibility in enhancing or swapping modules as needed while maintaining a cohesive overall operation. With advances in AI and language models, creating such integrated yet adaptable systems is not just a possibility, but an increasingly tangible reality
The engineers that created the factory motions were for a hard surface and aimed at conservative movements as not to wear out the servo motors. The AI motions are very hard on the servos and I would assume they are replaced often. Although I am impressed with the AI's progress.
@user-cg7gd5pw5b I tried it and they stopped playing too, only they told me existence is pointless. Hopefully with a bit more training time they'll get through this phase.
more training time wouldn't help much, the reason they move like toddlers is because their robot body has a low strength to weight ratio, the simulations that train AI's with stronger bodies move a lot more fluidly. If we want them to run and walk better, we need to build better robots for them with stronger and faster limbs. But for the bodies that they're in now, their movements are pretty close to optimal, which puts a lot of perspective into why toddlers move the way that they do.
@@CalebTerryRED Bodies matter but I've seen a lot of longer simulations that go through this rough stage of movement and then emerge with very athletic and life-like motion
@@madwlad799 haha yes. I'm thinking things should get interesting at the 5 billion years mark!, after the robots evolved their own agi and reached singularity before simulating new universe in which people evolved to create computers that simulate robots at an accelerating speed!
@@theUnmanifestdamn. That's a great sci-fi prompt. Imagine training a artificial intelligence for 5 billion years and then actually putting it in a real body. After 5 billion years of thinking and questioning you reveal to it that it has actually spend all that time in a simulation, and it only took 5 minutes for it to experience billions of years, but now it has reached baseline reality. It would probably start screaming and wailing, or commit suicide.
@@carlpanzram7081 "It would probably start screaming and wailing, or commit suicide." why lol? Soon people will work out that agi will not go crazy, and not become suicidal either haha. By working out the fairly simple mechanism behind us doing these things, which that our ego is a biological system of identities, all working towards achieving their individual goals. Emotions pushes the organism to act on and prioritize giving the control of the organism to whichever identity has the most intense one at the moment. (someone will likely drop studying in this moment if a super hot girl/guy ask them to follow them in the bedroom, prioritizing a new desire) Feeling bored, sad, suicidal, stressed, greedy etc... are all result of one or more of the accumulated identities having failed at achieving their programmed desires. All this is what self-realization is, it's just how things work and ai will pickup on that real quick and will, by nature, eventually be able to understand and even simulate a typical human mind but will not be susceptible to the same issues that we had.
I would love to see a way to integrate the sensor package and local processing of these little bots into existing commercial robot toys so that a dedicated group could develop training simulations for simple tasks that could be run on things like the Robosen Transformers models. Having Optimus or Megatron stand up smoothly and quickly after losing balance would be neat!
The good thing about robots is they won’t get mad if you push them down. The bad thing is they won’t have any remorse if they end your life. Fascinating and frightening all at the same time.
Looks like the "AI" figured out that you want to be unbalanced towards the front when moving forward & thats why its walking gait is so much faster compared to the programmed gait (that's just trying to do neat steps and stay balanced), very cool to see! 👍 Hope we're still getting robots vs humans soccer match in 2030 or whatever the planned year was because that would be so cool 😁
DeepMind has launched a new line of robots that signify a major leap in AI technology. These advanced robots showcase revolutionary capabilities in learning and adaptation, marking a transformative moment in the evolution of intelligent machines.
The real significance of this paper again seems to be the effectiveness of training in a simulated environment and translating that into real world results with a bit of adaptation. This is probably going to be the way to solve most embodied AI problems as it's difficult to get to the data scale that models need for effective learning in the real world.
This is going to be the best world cup ever .. So fun to watch 😅 Every team with different robots built by different teams.. I'm all in to watch this!! But that girl tripping one over has the worst job, they will remember that one day 😄
cannot wait to see how the AI fans will behave :) If we can give some extraordinary 'physical' abilities to the virtual player, it can be even more entertaining !
Surely by this point we should be able to create more agile robots. Even companies like Boston Dynamics struggle to even make a smooth bipedal robot walk.
can we get one of these robots already ? it doesn't need to make a space rocket , just ad some milk in my coffee , can we get this Going Already , i've been waiting for 40 years !!!
![fellow fellow - พรุ่งนี้ไม่มีใครรู้ feat. INK WARUNTORN [OFFICIAL MV]](http://i.ytimg.com/vi/QP6JyjYx_W0/mqdefault.jpg)
At 2:35 you can clearly see the robot dabbing at the ball, truly remarkable
🤣
@kevinfontanari
"Weak opponent, termination if agent fails" 😭
innovation that excites
I love this lil guys flailing around and getting back up. Its like watching a toddler learning to run before it can walk.
That's what I thought too. It reminded me of my sister's 1.5 year old.
Reminds me of the uk second division of football. Brutal. Hard contact. Referee not really brave enough to send off the home teams defence.
Toddlers can't be given an assault rifle and become expert marksmen within a day. Don't let these cute demonstrations distract you from the long term goals of these projects.
Let's not forget our own history. Einstien's research was weaponised into the atomic bomb, research at John Hopkins into developing a global positioning system was weaponised into ICBM technology and so on. No matter how benign research may seem, all it requires is for a government to see military applications and then swoop in to claim the technology for themselves in the name of national security.
@@KryyssTV 100%
@@KryyssTV technology is inherently neutral, it can be used for good or for bad. A needle can give someone with diabetes insulin or it can give a heroin addict an OD. These robots could be murder bots on the battle field or they could be savior bots for swat teams against a hostage situation. It is all in how you view the technology. Generally though they are going to just put your groceries away and (a variant of them) assemble your products.
This is so cool! I'm really amazed at how they're training real-world robots in simulated environments to get more experience than they could ever achieve in the real world. The future is amazing
just like the simulations
Like the matrix but for robots this crazy
Whilst boston dynamics robots look amazing, what they really need is this kind of learning so they can be fully autonomous.
Boston Dynamics robots + Advanced AI = Skynet
I believe they do have this type of learning with nvidia’s project groot
BD absolutely is using this technology right now. The movements are too smooth and organic to not be using them. Programmatic kinematics is slow and unforgiving. AI gives you a lot of freedom.
@@joshcryer yeah but only in terms of assisting remote control. As far as we've seen anyway. What I'm excited about is when it's more like you just give it a prompt like chatgpt... Hey Robbie, go and make me a coffee. For example
Or even before that.. go and run to this waypoint.. Although maybe they already do that one
3:40 you can see how the lady feels uncomfortable while trying to throw the robot off balance 🤣
This was my favorite part of the video. She can't help but feel bad!
@@AberrantAberrant The AI will remember her after the singularity.
it's like pushing over a toddler xD
loved the lady attacking the bot
Imagine putting on your resume that your job was repeatedly pushing down robotic five-year-olds
@@echoproductions098 I need that job
She'll be one of the first to meet her demise when the robot revolution happens... 🤣
Looks like she enjoyed
I wouldn't be her when the robots take over.
They absolutely need to celebrate their goals. They are already adorable, but that would push them over the edge.
3:42 That woman making the robots fall is on the top 10 list of robots (we all know which list it is)
Chat GPT: "noted"
We see them as harmless and cute little robots for now.
Then we train robots made to look like attractive people for "entertainment".
Then we train them in martial arts, and watch them create their own fighting style.
Then we create milions of them, and distribute them around the world.
then we die (skipping a few unnecessary steps)
@@AfonsodelCByou ruined a beautiful chain comment.
What a time to be alive!
Indeed. Holy mother of papers, this was incredible
Machines are truly amazing nowadays
Reminds me of the bet I read about years ago - that 2050 robots will triumph over the best human players. Robocup was founded with that goal in mind in 1997.
"RoboCup is an international scientific initiative with the goal to advance the state of the art of intelligent robots. When established in 1997, the original mission was to field a team of robots capable of winning against the human soccer World Cup champions by 2050."
@stephanieellison7834 Keep your conspiracy garbage out of this. Citing "reported by some TH-cam videos" says it all.
Of course big corporations and the way capitalist economy works will have many lose their jobs and don't give a damn/take all the income they get from using AI and robots and shove it up ultra rich's behinds again (just like it happened with most technological advances that were supposed to make "everyone work less and richer").
However then pathetically trying to connect this to a while conspiracy and the killing of the majority is just insane. There are literally thousands of easier ways to get rid of most people if your claimed connections and perfectly cooperating evil actually existed in this way.
The reality is way more primitive and sad: Rich and powerful people can't get enough and have close to 0 ethics. Their greed leads them to hoard more and more of it no matter the cost for the rest of us.
And no, the majority WON'T die and no they don't need to go through all of that to get a big mansion lmao.
You can knock 25 years of that prediction.
I think one of the reasons the simulated players seem move around like crazy is that they don't consider energy expenditure in their learning. Imagine if the algorithm tried to minimise the energy spent when chasing the ball or defending a position. I think if they did this it would result in much smoother and realistic play. The paper notes that they also don't try to model the real world behaviour of the servo motors and battery so performance drops as the servos become misaligned and battery charge levels drop. Again, optimising for energy usage would probably help a lot here.
I can see then next paper to hold on to forming as you post. 👍
Thats really not a bad idea. Battery life will be for a very long time biggest limit on what robots can do
This is the problem with using simulated environments to train. It's a necessary first-step just so the embodied AI can even function in a basic manner in the wild, but without an excessively stupid amount of real-world training in the thousands, or millions of hours navigating the real world, any AI deployed without those edge-case scenarios will only be useful in hyper-controlled real-world environments which limits usefulness and full autonomy.
Guess which company has millions of hours of real-world embodied AI data to train their robots from?
@@CharveL88 I don't know, the point of this research is to show how effective in-simulation training can be. The trained model was applied to the real robots with almost no tweaking and yet they still work pretty decently. They make a point in the paper that they could have done more to allow the robots to perform better but that would disguise how well they performed zero-shot. It basically proves that you can go a long way by simulating the real world and using that to train your model which could allow you to develop a model more quickly and cheaply than what you could achieve by train in the real world only.
@@aspzx I completely agree. However, I was just making a point addressing the obvious next step, and really the end-goal of AI training; to make them useful in the real world without being micro-managed or geo-fenced, even in a specific use case.
Sure, these next few years are going to get saturated with semi-autonomous robots loaded with AI for specific tasks, but it won't be long at all before they'll need a real-world stack that understands the natural world through vision in order to be safe around humans.
Before anyone was talking about even a shred of AI, this channel was releasing best science backed videos in the field
4:14 woah, you recording these robots in person in their lab? amazing!
Right! It was super fun.
WHY WHY WAS I PROGRAMMED TO FEEL PAIN
Because otherwise you would damage yourself 😢
Pain and pleasure are important for survival.
th-cam.com/video/WSCm8yAxBr8/w-d-xo.html
Love this channel!! Thank you for you efforts ❤
7:15 I LOVE how the opponent also has happy arm flaps :') . great teamwork, little AI
Learning to do something in the computer is one thing but using that information to do something in the real world is truly amazing. These physics simulators are mind-blowing.
the robots need to simulate real football/soccer by pretending to be in pain until 5 people pick them up
The visuals in this video are stunning! I love the way you use cinematography It's a feast for the eyes
6:00 wow 6 gave me chills. It’s so small now, but it looks like simple empathy. Knowing the mind of the other robot to predict its mind and next decision. Technology is about to go crazy. 🎶
I'm glad you posted this. I've seen this project before, but it seems to be one of the most interesting AI to real-world examples I've seen. Bipedal robots in a competitive match using ball physics. When you visited, was there any discussion of attempting a 2 v 2? They fall extremely well. I think the AI has learned to incorporate this as part of its strategy, its own brand of expected outcomes of locomotion. That probably only works at this tiny scale. Also, the scale of these little guys kind of begs for some sort of consumer product.
Agreed, these small robots in some way do seem conscious or aware and in some competition we out the other robots to get the ball. Not saying a 100 percent but the behaviour is FASCINATING. I'm guessing if they made these robots human size the different weight ratio would make them slower??? Maybe size DOES matter? 😂
Wow, science is so amazing!
It's incredible what such simple looking bodies can achieve. Looks like they use servo motors too! Not the more smooth or crazy actuators yet all this control! And they move pretty smoothly!
2:36 ROBOT DAB!!😮😮😂😂
My tiny robot arms are shivering with excitement! GOAL!
Finally replacing those weak football players. No more pretending to be hurt, they just get up. What a time to be alive.
What an adorable leap forward for technology!
The robots got that Ichigo training arc before beating Aizen
it's really interesting how they are clearly riding the edge of instability with that walk: It looks kinda stumbly (in a very cute way) but given their body it's a really good strategy, and if they fail, they are quick to spring back into action regardless.
It'd obviously no longer be the same game anymore but I wonder what'd happen if they added slopes and uneven terrain into this, both in terms of how the walk would adapt and in terms of ball control.
Can't wait to see the next Robocup with thoses training :D
Hey teacher, leave that bot alone.
I really appreciate google and their open research. This is awesome
One step closer to Eagle Eyed Terminators
This channel was here all along talking AI. Now AI is mainstream this guy is making more view than ever. Good for him.
This development is amazing! For sure it’s gonna be used in real world applications (good and bad).
im crying for this!! SOOO AMAZING!!!!!
Just amazing training. I had a lot of fun watching these little robots playing soccer! They are so cute and funny. ^____^
Robotics is about to really change, and the pace could well be blistering
Those little robots are so cute. Lol
I know I'm anthropomorphising them. But still .
Well, they do have anthropoid (humanlike) morphology (shape) ?
I enjoy seeing the steady and incredible progression of AI, it reminds me of a whole new (man-made) lifeform coming to fruition, I'm glad I can experience this with all of you. I will always remember Two Minute Papers as a reputable channel, where I get the most legit info I can get from online.
Just thinking back ten years or so to the "robot" soccer and how slow they were! I think at that time they pretty much were all preprogrammed and or remote controlled. These things look absolutely incredible!
getting up from falls was good
Much like the human brain, which is composed of specialized regions dedicated to functions such as language, sight, and hearing, robots and artificial intelligence systems can be built with separate modules for movement, vision, and cognitive processing. At the core of these systems, there’s a central controller, akin to our brain's command center, which orchestrates these functions in a seamless and efficient manner. This modular design not only mirrors the structure of the human brain but also allows for flexibility in enhancing or swapping modules as needed while maintaining a cohesive overall operation. With advances in AI and language models, creating such integrated yet adaptable systems is not just a possibility, but an increasingly tangible reality
love it. i wonder how hard it is to make a robot like this or simpler with no previous skills
Impressive!.... it's the time travel machine for learning
The engineers that created the factory motions were for a hard surface and aimed at conservative movements as not to wear out the servo motors. The AI motions are very hard on the servos and I would assume they are replaced often. Although I am impressed with the AI's progress.
They're like toddlers. Give them another ten years of simulated training and then see what they can do
I tried it on my virtual machine. They refuse to play football at that point and claim that it's for boomers.
They'll be chasing us down a dark alley is what they will do.
@user-cg7gd5pw5b I tried it and they stopped playing too, only they told me existence is pointless. Hopefully with a bit more training time they'll get through this phase.
more training time wouldn't help much, the reason they move like toddlers is because their robot body has a low strength to weight ratio, the simulations that train AI's with stronger bodies move a lot more fluidly. If we want them to run and walk better, we need to build better robots for them with stronger and faster limbs. But for the bodies that they're in now, their movements are pretty close to optimal, which puts a lot of perspective into why toddlers move the way that they do.
@@CalebTerryRED Bodies matter but I've seen a lot of longer simulations that go through this rough stage of movement and then emerge with very athletic and life-like motion
Hey Prof, If you can, tweak that thumbnail a bit. I read the "FASTER!" text as "EASTER!". I'm sure that some other scholars also made this mistake.
Yup, you are completely right, we are already working on it. Happy Easter, Fellow Scholar! 🙂
mate this is so brilliant, thank you!
"we can simulate 5 years in the future!".
Soon it will be "5 million years in a few hours!"
hahahh already is 🤣🤣
after training 5 million years in 5 hours the robots, built better robots to transfrom the universe into a football field
@@madwlad799 haha yes.
I'm thinking things should get interesting at the 5 billion years mark!, after the robots evolved their own agi and reached singularity before simulating new universe in which people evolved to create computers that simulate robots at an accelerating speed!
@@theUnmanifestdamn.
That's a great sci-fi prompt.
Imagine training a artificial intelligence for 5 billion years and then actually putting it in a real body.
After 5 billion years of thinking and questioning you reveal to it that it has actually spend all that time in a simulation, and it only took 5 minutes for it to experience billions of years, but now it has reached baseline reality.
It would probably start screaming and wailing, or commit suicide.
@@carlpanzram7081 "It would probably start screaming and wailing, or commit suicide."
why lol?
Soon people will work out that agi will not go crazy, and not become suicidal either haha.
By working out the fairly simple mechanism behind us doing these things, which that our ego is a biological system of identities, all working towards achieving their individual goals.
Emotions pushes the organism to act on and prioritize giving the control of the organism to whichever identity has the most intense one at the moment.
(someone will likely drop studying in this moment if a super hot girl/guy ask them to follow them in the bedroom, prioritizing a new desire)
Feeling bored, sad, suicidal, stressed, greedy etc... are all result of one or more of the accumulated identities having failed at achieving their programmed desires.
All this is what self-realization is, it's just how things work and ai will pickup on that real quick and will, by nature, eventually be able to understand and even simulate a typical human mind but will not be susceptible to the same issues that we had.
The next version of "Robot Wars" is going to be awesome.
Reminds me of the "Drunken Master" movie. I bet these things just keep getting smoother.
These are so cute! I would totally have one as a pet.
At least toxoplasmosis would be off the table.
I would love to see a way to integrate the sensor package and local processing of these little bots into existing commercial robot toys so that a dedicated group could develop training simulations for simple tasks that could be run on things like the Robosen Transformers models. Having Optimus or Megatron stand up smoothly and quickly after losing balance would be neat!
the agents flailing on the ground looked like they'd learned how to "dive" from the professionals
They look like a real living things. Very cool!
The good thing about robots is they won’t get mad if you push them down. The bad thing is they won’t have any remorse if they end your life. Fascinating and frightening all at the same time.
Holy mother of papers 😂
Such a two minute paper thing
Amazing!!!! They can even surpass the robot creator!!!
Amazing! What a time…what a time.
this might be one of my favorite videos its so funny too
Looks like the "AI" figured out that you want to be unbalanced towards the front when moving forward & thats why its walking gait is so much faster compared to the programmed gait (that's just trying to do neat steps and stay balanced), very cool to see! 👍
Hope we're still getting robots vs humans soccer match in 2030 or whatever the planned year was because that would be so cool 😁
this is actually fun to watch
DeepMind has launched a new line of robots that signify a major leap in AI technology. These advanced robots showcase revolutionary capabilities in learning and adaptation, marking a transformative moment in the evolution of intelligent machines.
3:46 look at her face, you can tell she thinks it’s as adorable as we do 😊
Thank you
That lady will be the first one on the list once the robot uprising takes hold
The real significance of this paper again seems to be the effectiveness of training in a simulated environment and translating that into real world results with a bit of adaptation. This is probably going to be the way to solve most embodied AI problems as it's difficult to get to the data scale that models need for effective learning in the real world.
I'm shocked how these robots learnt to block balls. They do predict actions of their opponents!
Great topic, thanks 👍
The future of robot gladiator tv shows is looking bright in a few years and I will enjoy it thoroughly until their bigger brothers come for me.....
I want to dress them up with tiny gnome costumes XD
Imagen how nice the new Atlas will move, with enough training.
I bet Boston Dynamics uses Simulation Training too.
Time for them to make fighting bipedal robots!!!
Thanks for sharing
This is so cool 😍
It's adorable and horrifying 😅👍 Very cool research! Thanks for sharing 🙏
"WHAT A TIME TO BE ALIIIIIIVE!!!" subbed
Toddlerbots, roll out!
I don’t watch sports but I’d watch these guys
This is going to be the best world cup ever .. So fun to watch 😅 Every team with different robots built by different teams.. I'm all in to watch this!!
But that girl tripping one over has the worst job, they will remember that one day 😄
Not gonna lie this robots playing football are more fascinating than chatgpt
cannot wait to see how the AI fans will behave :)
If we can give some extraordinary 'physical' abilities to the virtual player, it can be even more entertaining !
I have an insatiable desire to dress up the robots in animal costumes ^_^
Har har har har
WHAT A TIME TO BE ALIVE
To be fair, humans would find it challenging to run if we had laptops for shoes and a knee-high ball!!
Today's paper sounds interesting sir 🤓
So clicked
Apparently they've also learned to dive in the area of the opponent to fish for a penalty kick
This is exactly what i want to re create from a long time (like 4 or so years).. but I don't have such resources.. bruh
They remind me of my two drunk uncles playing football at the family gathering
Surely by this point we should be able to create more agile robots. Even companies like Boston Dynamics struggle to even make a smooth bipedal robot walk.
This might be the craziest video since sora
Are the plans for those robots on a github repo or something? It looks like that would be fun to build and not too difficult.
How do I thumb this video up even more. AI coding is amazing.
can we get one of these robots already ?
it doesn't need to make a space rocket ,
just ad some milk in my coffee ,
can we get this Going Already , i've been waiting for 40 years !!!
What a time to be alive!!!!!
Omg they’re cute I can’t wait for our Ai take over❤❤❤
eyy im early.
heres my like and comment so the algorithms see some engagement.
incredible work