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DUKAS_184144716_NUR
Horses Running On The Field
A black horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144715_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144713_NUR
Horses Running On The Field
A black horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144712_NUR
Horses Running On The Field
A black horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144710_NUR
Horses Running On The Field
A black horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144708_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144704_NUR
Horses Running On The Field
A white horse from a well-known local ranch grazes in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144702_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144661_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144658_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144655_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144652_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144649_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_184144646_NUR
Horses Running On The Field
A white horse from a well-known local ranch runs freely in the field in Santa Cruz, California, on April 27, 2025. (Photo by Ismael Sanchez Garcia/ Eyepix Group/NurPhoto) -
DUKAS_178497979_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497978_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497970_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497969_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497968_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497967_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497966_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497965_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497963_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497960_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178497959_BES
De nombreux robots quadrupèdes sont en cours de construction dans le monde entier pour effectuer des tâches spécifiques
PPicture MUST credit: Yuchen Song / UC San Diego Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections. A proliferation of the quadruped bots are being built around the world to perform specific roles. But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped. The US team from the University of California San Diego are teaching the bots to do more They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots. They say It provides a simple way to collect expert demonstration data. This is done a virtual reality-based teleoperation system. For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements. These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge. It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself. Picture supplied by JLPPA Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_178473968_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning. A human controller, using virtual reality , algorithms and artificial intelligence, usese a single hand to control the robot's whole body movements.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473967_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning. A human controller, using virtual reality , algorithms and artificial intelligence, usese a single hand to control the robot's whole body movements.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473965_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning , auton mlus;ly picks up a book from one shelf and places it on another
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473963_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning by human controller, using virtual reality (left) to pick up a bottole from a table. It then perfroms the task autonomously (right)
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473961_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning to pick up a ball and hand it to a humanoid bot vusing the WildLMa virtual reality-based teleoperation system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473958_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning to pick up a ball and hand it to a humanoid bot vusing the WildLMa virtual reality-based teleoperation system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473953_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa hails an elevator
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473951_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning. A human controller, using virtual reality , algorithms and artificial intelligence, usese a single hand to control the robot's whole body movements.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473949_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning , auton mlus;ly picks up a book from one shelf and places it on another
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473943_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning to pick up a ball and hand it to a humanoid bot vusing the WildLMa virtual reality-based teleoperation system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_178473941_FER
New way to teach robot dogs new tricks
Ferrari Press Agency
WildLMa 1
Ref 16372
06/12/2024
See Ferrari text
Picture MUST credit: Yuchen Song / UC San Diego
Robot dogs could be trained to improve their manipulation skills and make them useful around the home or office, not merely for plant and factory inspections.
A proliferation of the quadruped bots are being built around the world to perform specific roles.
But a group of robot engineers reckon the potential of the mechanical beasts has not been fully tapped.
The US team from the University of California San Diego are teaching the bots to do more
They have dubbed their system WildLMa and say long term it could improve the manipulation skills of quadruped robots.
They say It provides a simple way to collect expert demonstration data.
This is done a virtual reality-based teleoperation system.
For this a human controller, using algorithms and artificial intelligence, can use a single hand to control the robot's whole body movements.
These skills are then enhanced by machine learning which break down complex tasks into manageable steps—similar to how a human might approach a challenge.
It creates a robot capable of executing multi-step tasks efficiently and intuitively by itself.
OPS: A robot dog by Chinese company Unitree is taught through WildLMa learning to pick up a ball and hand it to a humanoid bot vusing the WildLMa virtual reality-based teleoperation system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_176326922_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326919_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326918_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326917_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326916_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326914_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326913_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176326912_BES
Un robot chien capable d'évoluer sous l'eau
Picture MUST credit: MAB Robotics A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations. The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain. A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines. Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_176289937_FER
Quadruped robot that can work underwater
Ferrari Press Agency
Honey Badger 1
Ref 16239
16/10/2024
See Ferrari text
Picture MUST credit: MAB Robotics
A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations.
The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain.
A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines.
Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable.
OPS: The Honey Badger in other environments
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_176289935_FER
Quadruped robot that can work underwater
Ferrari Press Agency
Honey Badger 1
Ref 16239
16/10/2024
See Ferrari text
Picture MUST credit: MAB Robotics
A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations.
The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain.
A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines.
Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable.
OPS: The Honey Badger in other environments
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_176289933_FER
Quadruped robot that can work underwater
Ferrari Press Agency
Honey Badger 1
Ref 16239
16/10/2024
See Ferrari text
Picture MUST credit: MAB Robotics
A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations.
The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain.
A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines.
Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable.
OPS: The Honey Badger operating underwater.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_176289931_FER
Quadruped robot that can work underwater
Ferrari Press Agency
Honey Badger 1
Ref 16239
16/10/2024
See Ferrari text
Picture MUST credit: MAB Robotics
A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations.
The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain.
A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines.
Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable.
OPS: The Honey Badger in other environments
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_176289929_FER
Quadruped robot that can work underwater
Ferrari Press Agency
Honey Badger 1
Ref 16239
16/10/2024
See Ferrari text
Picture MUST credit: MAB Robotics
A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations.
The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain.
A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines.
Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable.
OPS: The Honey Badger operating underwater.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_176289928_FER
Quadruped robot that can work underwater
Ferrari Press Agency
Honey Badger 1
Ref 16239
16/10/2024
See Ferrari text
Picture MUST credit: MAB Robotics
A quadruped robot that can manoeuvre under water is being developed for inspection and maintenance in flooded or challenging situations.
The Honey Badger lis designed for extreme environments and has been shown submerged in a swimming pool showcasing its ability across submerged terrain.
A spokesperson for Polish maker MAB Robotics said the device was “pushing the boundaries of legged robotics” and is a leap forward in autonomous machines.
Honey Badger can serve as an inspection platform in various industrial surroundings but adding underwater capability would make it more desirable.
OPS: The Honey Badger in other environments
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
