Curiosity and play to enhance AI’s learning ability

Conventional artificial intelligence (AI) processes and makes decisions based on large data sets. The concept of embodied AI entails providing an AI system with a physical form, like a robot, drone, or self-driving car, allowing it to interact with and learn from its environment.

“By interacting with their surroundings, embodied AI systems can collect information about the world around it and use this information to adapt and enhance its performance,” states Amy Loutfi, professor of computer science at Örebro University.

Enabling daring and ground-breaking research

Amy Loutfi is among the 118 Wallenberg Scholars who will share the 2.1 billion SEK research funding that the Knut and Alice Wallenberg Foundation will allocate. Amy Loutfi will receive 18 million SEK over five years to advance her research in AI and robotics.

“Our goal is to provide outstanding researchers in Sweden with unrestricted funds where they themselves choose what to research. We hope this enables daring and ground-breaking research,” says Peter Wallenberg Jr, chair of Knut and Alice Wallenberg Foundation.

“Professor Amy Loutfi is Örebro University’s first Wallenberg Scholar. Amy Loutfi contributes immensely to the university’s collective development in the research field of AI. I am delighted that she has received this opportunity to strengthen her research further thanks to this grant,” says Johan Schnürer, Vice-Chancellor at Örebro University.

Curiosity, play and empathy inspires research

Amy Loutfi and her team are dedicated to developing new techniques and algorithms that enhance the learning process in embodied AI. They will draw upon three specific learning concepts within embodied AI to inspire their research: curiosity, play and empathy.

“Play is a natural and essential activity to facilitate learning and the acquisition of new skills. Drawing on this inspiration, we aim to explore how language and playfulness can enhance the learning process. Allowing AI to envision new and abstract goals through language enables an AI to explore the world and even design its own chosen path of study or target sequence,” explains Amy Loutfi.

Artificial intelligence is developing at an accelerating pace.

“This is why emphasizing basic research into intelligence and learning is central to my goal of taking the next steps in artificial intelligence,” says Amy Loutfi.