Students

Carl Allen - 2016 intake

Carl Allen Machine Learning, (Deep) Reinforcement Learning and Learning to Learn abstractions, e.g. transfer, multi-task, curriculum, zero-shot learning, etc

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Antreas Antoniou - 2016 intake

Antreas Antoniou Mainly interested in innovative applications to deep learning, especially vision related ones and expanding unsupervised learning via research in Variational Autoencoders and Generative Adversarial networks. Also, very interested in the area of explorative reinforcement learning, which can provide general purpose models that can then be applied to more specific areas.

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Ivana Balazevic - 2016 intake

Ivana Balazevic Representation learning, relational learning for knowledge graphs, multi-task learning.

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Artur Bekasov - 2016 intake

Artur Bekasov Machine learning, deep neural networks, representation learning, image and natural language understanding, unsupervised learning.

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Ondrej Bohdal - 2018 intake

Ondrej Bohdal Theoretical machine learning and its applications (vision, NLP), neural networks, ML safety and explainability.

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Michael P. J. Camilleri - 2017 intake

Michael P. J. Camilleri Primarily in Bayesian Machine Learning, Time-Series Modelling and, to some extent, Deep Learning. Especially interested in the mathematical underpinnings of the above techniques.

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Juan Casanova - 2016 intake

Juan Casanova Theoretical notions behind computer science. In particular, automated reasoning and its relation to ontological management of data. Additionally, the mathematical and theoretical study of software modularity and other more general notions of modularity and elasticity.

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Asa Cooper Stickland - 2017 intake

Asa Cooper Stickland Approximate Bayesian inference, generative models, Bayesian deep learning, and application of the previous topics to NLP.

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Luke Darlow - 2017 intake

Luke Darlow The exploration of learning as both a tool to create solutions for data-rich problems and for the understandings of the underlying mechanisms that make learning, in a machine context, possible and plausible. This line of thought currently manifests as model analysis and manipulation for either robust representation learning or transfer learning.

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Ryan Davies - 2015 intake

Ryan Davies Machine learning, neural networks and natural language processing, particularly for information extraction.

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Conor Durkan - 2016 intake

Conor Durkan Methods, tools, and applications for machine learning, including deep learning and content-based recommendation.

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Simão Eduardo - 2015 intake

Simão Eduardo Machine Learning, Unsupervised Learning, Graphical Models, (Deep) Neural Networks, Large-Scale/ Distributed Machine Learning and Optimisation. Applications in Text Mining, Computer Vision, Econometrics and Networks (Energy and Communications).

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Harrison Edwards - 2014 intake

Harrison Edwards Representation learning using deep neural networks. Representing sets, with applications to information retrieval, content-based recommendation and generative models. Adversarial learning for fair decision making.

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Linus Ericsson - 2018 intake

Linus Ericsson Interpretable machine learning, learning-to-learn paradigms and Bayesian deep learning with an interest in applications to energy and healthcare.

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Elaine Farrow - 2017 intake

Elaine Farrow Natural language processing and machine learning applied to educational technology. Modelling student engagement in online courses through automated analysis of discussion forum messages.

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Sorcha Gilroy - 2014 intake

Sorcha Gilroy Machine translation and natural language processing. Particular interest in semantic representations of sentences and formal languages of graphs.

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Maria Gorinova - 2016 intake

Maria Gorinova Probabilistic Programming Languages. Machine Learning for Source Code. Software Verification and Synthesis.

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Sigrid Passano Hellan - 2018 intake

Sigrid Passano Hellan Machine learning, optimisation and algorithms, especially as applied to energy problems.

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Zack Hodari - 2016 intake

Zack Hodari Machine learning, Speech synthesis, Prosody, Generative models, Sampling speech from SPSS models, Expressive speech synthesis, Emotion recognition.

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Borislav Ikonomov - 2015 intake

Borislav Ikonomov Machine learning, Statistics, Natural language processing, Computer vision, Neuroinformatics, Quantum computing

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Miguel Jaques - 2017 intake

Miguel Jaques Neural networks, unsupervised learning, probabilistic modelling and their applications to image data.

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Andreas Kapourani - 2014 intake

Andreas Kapourani I am interested in developing statistical models to understand (single-cell) epigenetic heterogeneity and capture spatial correlations of epigenetic marks that would uncover the interplay between genetic and epigenetic mechanisms in transcriptional regulation. Also, I am interested in probabilistic integrative models for combining multimodal biological data, such as expression, methylation and accessibility.

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Rafael-Michael Karampatsis - 2014 intake

Rafael-Michael Karampatsis Sentiment analysis and opinion mining for social media, multilingual sentiment analysis, text mining, topic modeling and deep learning for social media, building an NLP pipeline for social media.

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Steven Kleinegesse - 2017 intake

Steven Kleinegesse Research interests mainly focus on Likelihood-free Bayesian Inference, Approximate Bayesian Computation, Probabilistic Modelling and Bayesian Deep Learning.

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Jonathan Mallinson - 2015 intake

Jonathan Mallinson Computational linguistics, Compositional distributional semantics, sentiment analysis, semantic role labeling and paraphrase detection.

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Christos Maniatis - intake 2017

Christos Maniatis Machine learning, optimization, Bayesian statistics and probabilistic modelling . Past interests include numerical linear algebra and machine vision.

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Kate McCurdy - 2018 intake

Kate McCurdy Computational linguistics.

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Julie-Anne Meaney - 2018 intake

Julie-Anne Meaney Computational Linguistics, speech recognition, development of language in children.

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Paul Micaelli - 2017 intake

Paul Micaelli Machine Learning and probabilistic modeling of Big Data, Deep Learning for computer vision, and the non-game-theory applications of Reinforcement Learning.

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Charlie Nash - 2014 intake

Charlie Nash Probabilistic modelling, approximate inference, deep learning, vision as inverse graphics.

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Kaan Öcal - 2018 intake

Kaan Öcal Stochastic modelling and statistical inference in biology, spatiotemporal models in molecular biophysics, stochastic reaction kinetics.

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Silviu Oprea - 2017 intake

Silviu Oprea Formal and statistical semantics of natural language. Deep learning and time-series modelling. Representation learning. Linguistic theories, as well as computational models, of sarcasm.

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James Owers - 2015 intake

James Owers Deep learning with application to harmonic instruments and music. Previous experience with fraud and image data.

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George Papamakarios - 2014 intake

George Papamakarios Probabilistic machine learning, approximate methods for Bayesian inference. Past interests have included optimization, computer vision, and parallel computing.

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Eleanor Platt - 2018 intake

Eleanor Platt Coming from a mathematical and statistical background means I am naturally interested in the theoretical underpinnings of machine learning algorithms. However, I am currently keen to learn more about the theoretical challenges that arise when applying such methods in the real world where there are limitations and hurdles, such as in medicine.

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Katarzyna Prus - 2018 intake

Katarzyna Prus Computational linguistics. Natural language processing, particularly for low-resource languages. Semantics of natural language.

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Matt Pugh - 2014 intake

Matt Pugh High performance & distributed computing, data-representation & storage, non-volatile memory, computer vision, object recognition & classification, and machine learning.

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James Ritchie - 2017 intake

James Ritchie Bayesian approaches to deep learning, approximate inference, probabilistic programming languages and the application of these techniques to real world problems requiring the understanding of uncertainty.

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Alexander Robertson - 2016 intake

Alexander Robertson Natural language processing, especially noisy user-generated text, language variation and change.

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Matt Rounds - 2015 intake

Matt Rounds Machine learning, deep neural networks, human-like computing, applications to computer vision, applications to neuroinformatics.

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Benedek Rózemberczki - 2016 intake

Benedek Rózemberczki Network representation learning, semi-supervised learning on networks, distributed algorithms for graph representation learning, large scale network analysis and community detection in attributed graphs.

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Markus Schneider - 2018 intake

Markus Schneider Databases, especially database theory and query languages; theoretical computer science and logic and their applications to databases; problems that arise in conjunction with big data.

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Tom Sherborne - 2018 intake

Tom Sherborne Machine learning for natural language processing. Language understanding for interactive models. Domain adaptation and transfer learning for cross-lingual language modelling.

Philippa Shoemark - 2014 intake

Philippa Shoemark Computational linguistics, natural language processing, cognitive modelling, complex networks. Identifying and analysing socio-linguistic variation in social media text.

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Christine Simpson - 2017 intake

Christine Simpson Machine learning, Bayesian inference and analysing data from gravitational wave detectors.

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Mica Teo - 2018 intake

Mica Teo Machine Learning and Statistics.

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Etienne Toussaint - 2017 intake

Etienne Toussaint Databases: query languages, relational and graph data, incomplete information. Logic in computer science, automata theory. Game theoric aspects of Blockchains.

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Clara Vania - 2014 intake

Clara Vania Machine Translation, Natural Language Understanding, Low-resource NLP, Unsupervised Learning and Representation Learning for NLP.

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Yanghao Wang - 2016 intake

Yanghao Wang Database theory and systems, big data processing and data mining.

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Jennifer Williams - 2017 intake

Jennifer Williams Speech synthesis, prosodic modeling, speech recognition, deep learning, human speech perception

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