Inflame-y, Game-y & Legal Domain-y

Many engineering systems we use depend on communication networks. In the future these will heavily rely on Artificial Intelligence (AI). They are also increasingly targeted by malicious attacks. This talk combines mathematical theories with computing and AI to find better ways of protecting future engineering systems.

Tansu Alpcan's research interests include applications of control, optimisation, and game theories, and machine learning to security and resource allocation problems in communications, smart grids, and Internet-of-Things.

Scoot over Avengers! Sugarcane polyphenols are the new bioactive superhero team in town. They’re going to kick the inflammation foes to the curb with their antioxidant superpowers. Next time you’re achy and inflamed, add their secret weapon to your favourite meals and you’ll be feeling as sweet as sugar.

Nee Edirisinghe is a current PhD candidate of Biomedical Science at RMIT. She previously completed a Masters degree in Laboratory Medicine in 2020. Her current research focuses on how commercial polyphenols from sugarcane by-products can help battle inflammation.

Today, many people are engaging in legal action without the assistance of lawyers. We illustrate how Artificial Intelligence can be used to support disadvantaged litigants.

John Zeleznikow has been conducting groundbreaking research in Artificial Intelligence and Law for over thirty years. His systems have used machine learning and artificial intelligence to assist both Legal Aid Clients and the British Royal Family.