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DUKAS_172253274_FER
dukas 172253274 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: This robot has learned to shalke hands when meeting people
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253273_FER
dukas 172253273 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put emonstrates its dance moves on its own after lessons.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253272_FER
dukas 172253272 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put emonstrates its dance moves on its own after lessons.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253270_FER
dukas 172253270 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put through dance moves. It is linked to a dancer in a studio and copies and learns the dancer's moves.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253269_FER
dukas 172253269 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put emonstrates its dance moves on its own after lessons.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253268_FER
dukas 172253268 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: This robot has learned to actuate a remote door
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253267_FER
dukas 172253267 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: This robot has learned to give a high five when meeting people
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253266_FER
dukas 172253266 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put through dance moves. It is linked to a dancer in a studio and copies and learns the dancer's moves.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253263_FER
dukas 172253263 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot gives a hand shake which it was taught earlier
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253262_FER
dukas 172253262 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put emonstrates its dance moves on its own after lessons.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172253261_FER
dukas 172253261 fer
Ferrari Press Agency
Robot Dance 1
Ref 16002
12/07/2024
See Ferrari text
Pictures must credit: University of California San Diego
Engineers have been teaching humanoid robots to dance and direct traffic — to help make them seem less scary.
The bots are also being trained to give a high-five, wave and hug.
Engineers at the USA’s University of California San Diego said it gives the machines enhanced expressiveness and agility.
And that paves the way for improving human-robot interactions in settings such as factory assembly lines, hospitals and homes, where robots could safely operate alongside humans or even replace them in hazardous environments like laboratories or disaster sites.
The robot was trained on a diverse array of human body motions, enabling it to generalise new motions and mimic them with ease.
A spokesperson said: “Much like a quick-learning dance student, the robot can swiftly learn new routines and gestures.”
To train their robot, the team used an extensive collection of motion capture data and dance videos.
Their technique involved training the upper and lower body separately.
OPS: A robot is put through dance moves. It is linked to a dancer in a studio and copies and learns the dancer's moves.
icture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_169118752_FER
Plastic embedded with plastic eating bacteria
Ferrari Press Agency
Bacteria 1
Ref 15812
01/05/2024
See Ferrari text
Pictures must credit: Han Sol Kim / University of California San Diego
A plastic embedded with bacteria that eats it when it’s no longer needed , has been developed by researchers.
To keep the micro bugs from eating it while it's in use, the bacteria is mixed in as inactive spores.
They only start digesting the plastic once it's released into the environment.
To get this to work, the researchers had to evolve a bacterial strain that could tolerate the manufacturing process.
They discovered the evolved bacteria made the plastic even stronger.
Plastics are formed of polymers, long chains of identical molecules linked together by chemical bonds.
While they can be broken down chemically, the process is often energy-intensive and doesn't leave useful chemicals behind.
One alternative is to get bacteria to do it as some have an enzyme that breaks the chemical bonds they can use as an energy source.
A number of plastic-eating bacterial strains have been discovered recently but they need to find the plastic in the environment.
The researchers from the Department of NanoEngineering, University of California San Diego, decided to put the bacteria in TPU plastic which is one of the most common found in everyday things.
OPS:A strip of TPU containing the bacteria spores on soil (left) and after five months (right) almost completely degraded
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_169118748_FER
Plastic embedded with plastic eating bacteria
Ferrari Press Agency
Bacteria 1
Ref 15812
01/05/2024
See Ferrari text
Pictures must credit: David Baillot/University of California San Diego
A plastic embedded with bacteria that eats it when it’s no longer needed , has been developed by researchers.
To keep the micro bugs from eating it while it's in use, the bacteria is mixed in as inactive spores.
They only start digesting the plastic once it's released into the environment.
To get this to work, the researchers had to evolve a bacterial strain that could tolerate the manufacturing process.
They discovered the evolved bacteria made the plastic even stronger.
Plastics are formed of polymers, long chains of identical molecules linked together by chemical bonds.
While they can be broken down chemically, the process is often energy-intensive and doesn't leave useful chemicals behind.
One alternative is to get bacteria to do it as some have an enzyme that breaks the chemical bonds they can use as an energy source.
A number of plastic-eating bacterial strains have been discovered recently but they need to find the plastic in the environment.
The researchers from the Department of NanoEngineering, University of California San Diego, decided to put the bacteria in TPU plastic which is one of the most common found in everyday things.
OPS:Strips of plain TPU (top) and "living" TPU (bottom) at different stages of decomposition over five months of being in compost.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_169118745_FER
Plastic embedded with plastic eating bacteria
Ferrari Press Agency
Bacteria 1
Ref 15812
01/05/2024
See Ferrari text
Pictures must credit: David Baillot/University of California San Diego
A plastic embedded with bacteria that eats it when it’s no longer needed , has been developed by researchers.
To keep the micro bugs from eating it while it's in use, the bacteria is mixed in as inactive spores.
They only start digesting the plastic once it's released into the environment.
To get this to work, the researchers had to evolve a bacterial strain that could tolerate the manufacturing process.
They discovered the evolved bacteria made the plastic even stronger.
Plastics are formed of polymers, long chains of identical molecules linked together by chemical bonds.
While they can be broken down chemically, the process is often energy-intensive and doesn't leave useful chemicals behind.
One alternative is to get bacteria to do it as some have an enzyme that breaks the chemical bonds they can use as an energy source.
A number of plastic-eating bacterial strains have been discovered recently but they need to find the plastic in the environment.
The researchers from the Department of NanoEngineering, University of California San Diego, decided to put the bacteria in TPU plastic which is one of the most common found in everyday things.
OPS:A biodegradable "living plastic" is made by combining thermoplastic polyurethane pellets (left) and Bacillus subtilis spores (right) that have been engineered to survive the high temperatures used to produce the plastic.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)