Saturday, December 14, 2024

What emerging innovations will shape the future of robotics? The International Conference on Intelligent Robots and Systems (IROS) 2023 promises to provide a comprehensive insight into the next-generation advancements that are revolutionizing this field. From cutting-edge AI-powered autonomous systems to innovative robotic designs, the conference will delve into the most exciting developments in robotics.

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The Electric Music Festival kicks off immediately on Huntington Place in Detroit, Michigan. For this year’s theme, “The Next Generation of Robotics,” we invite younger and senior researchers to collaborate on a discussion forum where past, present, and future developments in robotics intersect.

Here is the rewritten text: The IROS 2023 system seamlessly blends theoretical foundations with practical applications, purposefully cultivating a culture of innovative partnerships. Notable among the numerous highlights are insightful contributions from renowned experts in the field of robotics.

At the inaugural lecture, Dr. Marcie O’Malley from Rice University will explore the cutting-edge topic of robots capable of learning from and interacting with humans in a collaborative educational setting. What Yuto Nakanishi, CEO of GITAI, Japan, will reveal are the hurdles he faced in developing robots that can construct a lunar base, offering unique perspectives on this ambitious endeavour. Matt Johnson-Roberson, a researcher from Carnegie Mellon University, is poised to uncover the shared historical roots and convergent path forward for AI and robotics.

The keynote presentations are consistently thought-provoking. On October 2nd, Sven Behnke from the University of Bonn, Germany, will explore the transition from intuitive telepresence programs to aware service robots, while Michelle Johnson from the University of Pennsylvania, USA, will present on the journey towards more inclusive rehabilitation robots. Rebecca Kramer-Bottiglio, a scholar from Yale College in the United States, offers expert perspectives on adaptable, shape-shifting tender robots capable of modifying their functions and operating effectively within diverse settings.

On Tuesday, October 3rd, Kostas Alexis from the Norwegian University of Science and Technology, Norway, will present insights from the DARPA Subterranean Challenge focusing on robust robotic autonomy. Serena Ivaldi of Inria, France, explores the paradigm shift from humanoid robots to exoskeletons, seeking to facilitate seamless collaboration and assistance for individuals. What’s Next in Manufacturing Automation? Mario Santillo from Ford Motor Company, USA, shares insights on the future of manufacturing innovation.

On Wednesday, October 4th, a talk by Moritz Bächer (Switzerland) and Morgan Pope (USA) from Disney Animation will explore the intricacies of designing and managing expressive robotic characters for audiences at the collection. Tetsuya Ogata, a renowned researcher from Waseda College and the Japanese National Institute of Advanced Industrial Technology, will explore advanced predictive modeling techniques in robotics, focusing on refining optimization strategies to enable adaptive perception and locomotion. Teresa Vidal-Callega, a renowned expert from the College of Technology in Sydney, Australia, will discuss the concept of empowering robots by providing them with consistent spatial and temporal awareness.

The Competition Phase at IROS 2023 will serve as a platform for innovative and creative expression. Invitations encourage designers to create and showcase robotic clothing that balances both aesthetic appeal and functional utility. Members are challenged to design and build a 1:10 scale autonomous racing car that minimizes lap time while preventing collisions. Competitors are driving innovation in the development of locomotive and swimming soft-bodied robots, leveraging balloons as a novel substrate to expedite the design and deployment of flexible robotic structures.

The workshops and sessions at IROS 2023 aim to encourage a vibrant exchange of ideas among all participants. These periodic events will feature cutting-edge research and innovative projects from around the world, providing a premier platform for scholars to present their discoveries, garner insights, and engage in lively debates. Additionally, the event will bring theories to life as participants showcase their working prototypes and innovative designs, offering a tangible insight into the latest advancements in robotics.

Will you join us at IROS 2023?

If you’re unable to attend the convention in person, Ohmnilabs has kindly provided three of their Ohmni telepresence robots to enable your participation remotely. Will the telepresence robots be active from October 2nd to 4th, Monday to Friday, from 9:00 a.m. to 6:00 p.m.? EDT. By releasing a time slot early, you

The telepresence robots are designed to augment your experience by:

  • Explore the extensive exhibition corridors to connect with exhibitors from diverse industries, fostering meaningful conversations and uncovering innovative solutions that drive your business forward.
  • Collaborate intensively with authors and attendees during engaging interactive poster sessions.
  • Participate in an immersive and engaging experience at a high-level gathering, as a renowned expert delivers a thought-provoking address on a topic of crucial significance.

Can you verify in real-time throughout the day whether any robots are present?

Stay vigilant on our blog over the coming days as we’ll be sharing updates and outcomes from… And luxuriate in IROS 2023!


Received his PhD in swarm robotics from the Bristol Robotics Laboratory in 2020. By perpetuating the concept of “scientific agitation,” he facilitates a dialogue-driven approach that encourages reciprocal communication between the scientific community and society at large.

Daniel Carrillo-Zapata
Received his PhD in swarm robotics from the Bristol Robotics Laboratory in 2020. By perpetuating the legacy of “scientific agitation”, he encourages a dialogue-driven approach that bridges the gap between scientists and the broader public through reciprocal conversations.

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