Researchers ran computer simulations that take into account environmental variability and geographical setting to investigate how early explorers made it to these tiny, remote islands in the Pacific.
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We drew inspiration from nature’s response to complexity to help program the winning team in this year’s RoboCup Simulation League.
Sounds scary … so should we be worried?
Millions of people die or suffer from infectious diseases each year. Computer modelling can now help simulate the impact of any spreading disease.
Scientists of all kinds turn to computer models to investigate questions they can’t get at any other way. Here’s how models work and why we can trust them.
Principais colaboradores
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Associate professor, University of Sydney
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Associate Professor, Computing & Information Systems; Director, Melbourne Data Analytics Platform, The University of Melbourne
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Senior Lecturer, Massey University
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Visiting associate professor, Massachusetts Institute of Technology (MIT)
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Professor of Applied Mathematics, University of Adelaide
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Research Fellow, Mathematical Biology and Physiology, The University of Melbourne
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Fellow, Australian National University
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Professor of Physics and Astronomy & Professor of Microbiology and Molecular Genetics, Michigan State University
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Professor of Data Science; Director, Adelaide Data Science Centre, University of Adelaide
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Professor in Computing and Information Systems, Edge Hill University
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Professor of Complex Systems, University of Sydney
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Research Faculty, MIT Sloan School of Management
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Associate Professor in Political and Social Theory, University of East Anglia
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Assistant Professor of Geography and Director Atmospheric Sciences Program, The Ohio State University
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Professor and Director of Doherty Epidemiology, The University of Melbourne
