Faculty members

A list of all the faculty members within ANC.

Member		Subject area
	Douglas Armstrong	Molecular neuroinformatics, network models, behavioural models
	Christopher Bishop	Graphical models, variational methods, pattern recognition
	Angus Chadwick	Computational/theoretical neuroscience and machine learning
	Dragan Gasevic	Learning analytics, educational technology, self-regulated learning, social learning, and higher education policy
	Nigel Goddard	Probabilistic modeling of energy-related systems
	Michael Gutmann	Efficient statistical learning, inference for complex models, unsupervised deep learning, natural image statistics, computational biology
	Matthias Hennig	Models of neural networks, homeostasis and development; visual and auditory neuroscience; analysis of large-scale electrophysiological recordings
	Ava Khamseh	Non-parametric probabilistic modelling, targeted learning, machine learning, causality and its applications to population biomedicine, cancer modelling, experimental molecular biology (genomics and transcriptomics)
	Oisin Mac Aodha	Human-in-the-loop machine learning, machine teaching, deep learning, and computer vision
	Iain Murray	Bayesian statistics, approximate inference, Markov chain Monte Carlo, scientific data analysis
	Kia Nazarpour	Neurotechnology, human-in-the-loop machine learning, health data
	Arno Onken	Probabilistic models, in particular copula-based models; Dimensionality reduction techniques; Information theory; Applications to biological systems
	Diego Oyarzun	Control theory, systems and synthetic biology, machine learning, metabolic modelling
	Ajitha Rajan	My research is in the field of computational immunology and aims to comprehensively characterise T-Cell antigen presentation landscapes and deliver predictive models that will allow for comparative immunology within homosapiens and across species. Our computational models will open the door to answer questions about immunotherapy efficacy. We also use machine learning techniques to predict overall survival and recurrence in cancer datasets, currently for Glioma, Renal and Oesophageal cancer.
	Guido Sanguinetti	Probabilistic modeling of biological systems, dynamics of regulatory networks, computational epigenetics, spatiotemporal systems
	Rico Sennrich	Machine translation, natural language processing, deep learning
	Peggy Seriès	Bayesian approaches to cognition and perception
	Richard Shillcock	Word recognition and reading; hemispheric interaction; philosophy of cognitive modelling and theory construction; synaesthesia; artificial grammar learning
	Ian Simpson	Regulatory genomics, bioinformatics and computational biology. Neural development and function especially in cortical structures and in relation to cognition, learning and memory using genomic, meta-genomic, transcriptomic and proteomic data
	Amos Storkey	Structured machine learning and big data: Bayesian methods, Machine Learning Markets, deep learning, learning temporal systems, neural computation. Applications in image analysis, brain imaging, and medicine.
	Charles Sutton	Probabilistic modeling of large-scale computer systems, approximate inference, statistical processing of natural and programming languages
	Antonio Vergari	Efficient and reliable machine learning in the wild, tractable probabilistic modeling, combining learning and reasoning
	David Willshaw	The development of nerve connections particularly the formation of topographic maps. David is Emeritus and so no longer supervises students
	Andrea Weisse	Computational biology, systems and synthetic biology, health data science, bacterial growth dynamics and antimicrobial resistance
	Chris Williams	Gaussian processes, image interpretation, unsupervised learning, deep learning, time series models

This article was published on 3 Dec, 2021