Find below graphics, videos and other outreach materials.
Interview with Vincenzo Lomonaco
EMERGE partner Vincenzo Lomonaco talks about his work developing continual learning algorithms that enable collectives of agents to adapt to new circumstances while preserving learned capabilities.
Interview with Simon Jones
EMERGE partner Simon Jones talks about his work on swarm robotics, studying how groups of robots can cooperate to perform tasks beyond the capability of a single robot.
Interview with Nadine Meertens
EMERGE partner Nadine Meertens talks about her work developing a philosophical framework for Collaborative Awareness that can be applied across various systems.
Interview with Jurgis Karpus
EMERGE partner Jurgis Karpus talks about differing perspectives on what awareness entails, and on developing a shared framework to explore these ideas and operationalize awareness in artificial systems.
Interview with Jingyue Liu
EMERGE partner Jingyue Liu talks about her work designing foundational blocks using deep learning and neural networks to enable artificial systems to collaborate efficiently and dynamically adapt to their environment.
Interview with David Garzón Ramos
EMERGE partner David Garzón Ramos talks about his work investigating swarm robotics, and how awareness can enable them to better understand their environments, interact with people, and communicate effectively with other entities.
Interview with Ebrahim Shahabi
EMERGE partner Ebrahim Shahabi talks about his work designing robots, including soft and collaborative robots designed to safely interact with humans.
Interview with Andrea Ceni
EMERGE partner Andrea Ceni talks about his work on developing modular approaches to integrate basic intelligent agents, enabling the collective to tackle more complex tasks.
The EMERGE Project - A new framework for artificial intelligence systems
EMERGE’s collaborative awareness will allow robotic systems to adapt to the unstructured conditions found in the real world, decreasing deployment and maintenance costs, as well as increasing system robustness and interoperability.
