Presentation
The Labubu Twin: LLM-Embodied Digital Twins for Physical-Digital Interaction
DescriptionSimulations play an important role in replicating physical applications, continually evolving as demands for accuracy and quality grow. The growth of digital twins has contributed to advancements in mirroring physical systems in engineering and research. Digital twins are evolving into embodied agents capable of perceiving and acting within their virtual worlds, extending beyond passive models.
While widely adopted in domains such as robotics and industrial simulation, these same tools have the potential to reshape and reinvent interactive media, including games, film, and animation, by adding enhanced interactivity between the physical and digital worlds. By bridging the physical and digital through the simulation of objects and human behavior, new possibilities for adaptive media are emerging. In which our digital agents can learn, reason, and interact with the world.
As we enter the era of physical AI, we explore advancements in embodied agents used to simulate both realistic virtual objects and lifelike humanoid characters. By adopting platforms such as Unreal Engine 5 (UE5) as our simulation platform and prototyping with Raspberry Pis for robotics, we have the opportunity to blend photorealistic rendering and cinematic visual effects with our physical work.
While widely adopted in domains such as robotics and industrial simulation, these same tools have the potential to reshape and reinvent interactive media, including games, film, and animation, by adding enhanced interactivity between the physical and digital worlds. By bridging the physical and digital through the simulation of objects and human behavior, new possibilities for adaptive media are emerging. In which our digital agents can learn, reason, and interact with the world.
As we enter the era of physical AI, we explore advancements in embodied agents used to simulate both realistic virtual objects and lifelike humanoid characters. By adopting platforms such as Unreal Engine 5 (UE5) as our simulation platform and prototyping with Raspberry Pis for robotics, we have the opportunity to blend photorealistic rendering and cinematic visual effects with our physical work.
