Humanoid Robots: From Labs to Workplaces | newo.ai

In a groundbreaking development at the Artificial and Mechanical Intelligence (AMI) lab of the Istituto Italiano di Tecnologia (IIT) in Genova, Italy, the iCub3 avatar system has emerged from four years of rigorous testing to redefine the capabilities of humanoid robots. The research team, led by Italian researcher Daniele Pucci, published their findings in a recent Science Robotics paper, showcasing the successful implementation of the iCub3 system in real-world scenarios and its evolution into the new ergoCub robot.

The iCub3 system, composed of the iCub3 humanoid robot and wearable technologies called iFeel, has demonstrated its prowess in three distinct real-life tests. In November 2021, the avatar allowed a human operator in Genoa to remotely explore the Biennale di Venezia in Venice, 300 kilometers away. The challenges included stable remote communication, cautious movements in an art exhibition setting, and replicating precise body motions, even allowing the operator to feel a hug from the remote location. The second test at the We Make Future Show in June 2022 involved navigating a theater stage in Rimini, showcasing the robot’s enhanced expressive abilities amidst electromagnetic interference. Finally, in November 2022, the avatar system competed in the ANA Avatar XPrize in Los Angeles, pushing the iCub3 robot to its limits with 10 different tasks in a Martian-like arena.

The experience gained from these tests played a pivotal role in the transformation of the iCub3 avatar system into the ergoCub robot. Currently under development at IIT, the ergoCub aims to integrate seamlessly into work environments, minimizing risks and fatigue in collaborative tasks for industries and healthcare. This remarkable advancement signifies a shift from humanoid robots confined to labs to becoming integral digital employees in various sectors. The iCub3 and ergoCub’s ability to operate in real-world scenarios marks a significant step towards the incorporation of intelligent agents into our economic and productive systems.

The AMI lab’s innovative approach highlights the importance of extending research beyond laboratory boundaries, addressing real-world challenges, and developing robust humanoid robotic platforms. As non-human workers like the ergoCub evolve, we are witnessing a new era where intelligent agents play a crucial role in enhancing efficiency and safety in diverse work environments. The iCub3’s journey from avatar to ergoCub is not just a technological milestone but a glimpse into the future where digital employees redefine how we collaborate and perform tasks in the workplace.

Key Highlights:

• Avatar Evolution: The Istituto Italiano di Tecnologia’s (IIT) Artificial and Mechanical Intelligence (AMI) lab has successfully developed and tested the iCub3 avatar system over four years. This breakthrough has led to the evolution of humanoid robots from laboratory settings to becoming integral digital employees in real-world scenarios.
• Real-World Testing: The iCub3 system underwent rigorous testing in three real-world scenarios, including remote exploration of the Biennale di Venezia in Venice, navigating a theater stage at the We Make Future Show in Rimini, and competing in the ANA Avatar XPrize in Los Angeles, showcasing its versatility and adaptability.
• Challenges and Solutions: The iCub3 faced challenges such as stable remote communication, cautious movements in delicate settings, and replicating precise body motions. Solutions included the use of the iFeel wearable suit for motion tracking, specialized haptic devices for enhanced perception, and the transmission of movements over a standard optical fiber internet connection.
• ErgoCub Transformation: Drawing from the experience gained during real-world tests, the iCub3 avatar system has evolved into the ergoCub robot. Currently under development at IIT, the ergoCub aims to minimize risks and fatigue in collaborative tasks within industries and healthcare, showcasing the practical applications of intelligent agents.
• Future Work Environments: The development of the ergoCub robot signals a significant shift towards incorporating humanoid robots as digital employees in work environments. This evolution highlights the importance of extending research beyond laboratories to address real-world challenges and create robust robotic platforms with applications in industry and healthcare.
• Scientific Publication: The research findings, detailing the challenges faced and solutions implemented in developing the iCub3 avatar system, have been published in Science Robotics, emphasizing the scientific significance and transparency of the AMI lab’s work.
• Technological Milestone: The journey from the iCub3 avatar system to the ergoCub robot represents a technological milestone, showcasing the potential of intelligent agents to enhance efficiency and safety in diverse work environments, ultimately redefining how tasks are performed in the workplace.

Reference:

https://www.miragenews.com/icub3-avatar-system-advances-humanoid-robots-1160813/#google_vignette