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Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

We collaborate very closely with experimental neuroscience groups, doing in vitro intracellular recordings, multi-unit recordings in behaving animals, and human psychophysical and fMRI experiments. ... Strategic themes. Bioengineering. Computational

Guillaume Hennequin. As in economics, there is a law of diminishing returns in neuroscience – doubling the investment going in doesn’t equal double the performance coming out. ... Or is it because they’re actually optimised for their particular

tso24. Professor of Information Engineering and Neuroscience. Academic Division: Information Engineering. ... Theoretical Systems Neuroscience. Computational modelling of excitable cells and networks. Systems biology of regulatory control.

His academic career includes concurrent appointments as one of the founding members of the Gatsby Computational Neuroscience Unit in London, and as a faculty member of CMU's Machine Learning Department ... He has over 200 publications in fields such as

Quicklinks. Search form. Search this site. Profiles / Prof. Carl Edward Rasmussen. Department of Engineering. Prof. Carl Edward Rasmussen. cer54. Professor of Machine Learning. Academic Division: Information Engineering. Research group:

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

Research Areas: biomedical engineering, medical physics, biomedical optics, neuroscience.

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

Dr Shery Huang, Associate Professor in Bioengineering, has been working with colleagues from the Department of Clinical Neuroscience and the Department of Paediatrics, on the development of a microfluidic device to

ya311. Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering.

gjeh2. Professor of Computational Neuroscience. Academic Division: Information Engineering.

trauma to the nerve,” said co-author Dr Damiano Barone from Cambridge’s Department of Clinical Neurosciences.

Strategic themes. Bioengineering. Computational Neuroscience, Sensorimotor Control. Other positions. Royal Society Noreen Murray Professor in Neurobiology. ... Member of the Cambridge Neuroscience Initiative and Co-Chair (2011-2012). Member of the

His approach is to take this same concept and apply it to systems, which can potentially impact control theory, machine learning and neuroscience. ... That’s where switchlets come in – they will enable new sensory systems that have the capacity to

Timothy - I'm Dr Timothy O'Leary, based at the University of Cambridge, and I'm a lecturer in information engineering and neuroscience.

of Clinical Neurosciences, who co-led the research.

We’re all fascinated by the brain – its complexity is what makes us so unique as a species,” says Dr Dervila Glynn, co-ordinator of Cambridge Neuroscience, who is organising the

mj555. Research Associate in Computational Neuroscience. Academic Division: Information Engineering.

hw668. Research Assistant in Computational and Theoretical Neuroscience. Academic Division: Information Engineering.

cy302. Research Associate in Computational Neuroscience. Academic Division: Information Engineering.

Leary, who is a Lecturer in Information Engineering and Medical Neuroscience.

He and Emil set up CBAS two years ago, at the same time that Emil was working on his PhD in computational neuroscience in the Department of Engineering.

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

Research Areas: Computational Neuroscience, Sensorimotor Control. ... Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering.

Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Computational neuroscience, Computational cognitive science, Bayesian and reinforcement learning-based approaches to neuroscience, Learning and

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

Research Areas: biomedical engineering, medical physics, biomedical optics, neuroscience.

Research Areas: Computational Neuroscience, Neuroimaging, Dementia.

01 Mar 2017. Researchers in the Biomechanics Group and the Department of Clinical Neurosciences are seeing the mechanics of the skull which can lead to better ways to treat traumatic brain

This observation has been equally puzzling from a neuroscience and an engineering perspective.

Research Group:Professor of Information Engineering and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Neurophysiology, theoretical, computational and systems neuroscience.

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

Research Group:Professor of Information Engineering and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Neurophysiology, theoretical, computational and systems neuroscience.

Research Areas: Computational Neuroscience, Sensorimotor Control. ... Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering.

Professor of Information Engineering and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Neurophysiology, theoretical, computational and systems neuroscience.

Research Group:Research Associate in Computational Neuroscience. Academic Division: Information Engineering. ... Research Areas: Computational neuroscience, Computational cognitive science, Bayesian and reinforcement learning-based approaches to

My undergraduate was in Mathematics with Computer Science and although Computational Neuroscience is effectively just building lots of models and simulating them using computers, there was a lot of neurobiology that

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

Machine learning is partly inspired by advances in neuroscience, and is focused on developing algorithms for learning and decision making.

Research Assistant in Computational and Theoretical Neuroscience. Academic Division: Information Engineering.

Research Group:Research Associate. Academic Division:Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Theoretical and computational neuroscience.

His research focuses on the intersection of computer perception, neuroscience and machine learning, with an aim to develop systems that solve problems using the brain as inspiration. ... In conducting this research, he collaborates closely with

Biological engineering research aims to uncover the physical processing underlying such phenomena as tissue deformation, embryo development, cancer cell mobility and blood coagulation, while neuroscience developments aim to develop new approaches

Dr Timothy O’Leary, Lecturer in Information Engineering and Medical Neuroscience, who led the study, said: “Our research shows that adding ‘spare’ or redundant connections to brain circuits can, in fact,

Univerity Lecturer in AI and Neuroscience. Academic Division: Information Engineering. ... Research Areas: Computational neuroscience, Computational cognitive science, Bayesian and reinforcement learning-based approaches to neuroscience, Learning and

The Observatory for Human-Machine Collaboration provides an experimental space for use by interdisciplinary researchers (in robotics, computer science, neuroscience, psychology, education, philosophy etc.) and industry sectors (manufacturing,

a research field closely linked to computational intelligence, robotics and neuroscience.

The Biological Engineering research group seeks to understand living things through application of engineering sciences, including engineering principles of molecular biology, bioinformatics, mechanics of biological tissues, systems physiology, and

He is now Professor of Neuroscience at Columbia University, but continues to hold a position in the Department working closely with colleagues.