UNIVERSITY OF HERTFORDSHIRE COMPUTER SCIENCE RESEARCH COLLOQUIUM presents "Computational Systems Neurobiology: Multi-scale Modelling of Single Neurons and Networks" Dr. Volker Steuber (Royal Society / Wolfson BioComputation Research Lab, University of Hertfordshire) 24 April 2013 (Wednesday) 1 pm -2 pm Hatfield, College Lane Campus * * Lecture Theatre LC108 * * Everyone is Welcome to Attend Refreshments will be available Abstract: Research in the Biocomputation Group at the University of Hertfordshire involves the development of computational models to understand biological systems, and the application of biologically-inspired algorithms to real-world problems. The development of our computational models is guided by a systems biology approach and based on close interactions with experimental laboratories. Much of our research in computational neuroscience investigates synaptic plasticity, the activity-dependent strengthening and weakening of connections between neurons in the brain. In this talk, I will summarize a number of our current and recent projects that study computational functions, and the underlying mechanisms, of synaptic plasticity. I will focus on the functional roles and mechanisms of synaptic plasticity in the cerebellum, a brain structure that is important for the control of movements and motor learning. Our results suggest that different forms of synaptic plasticity at different time scales can implement many diverse functions such as associative memory, noise resistance, multiplicative operations and the transformation between different types of neural code. Moreover, I will discuss the relation between cerebellar synaptic plasticity and movement disorders that are based on cerebellar dysfunction, and I will describe the application of machine learning algorithms to analyse neuronal activity during epileptic seizures. --------------------------------------------------- Hertfordshire Computer Science Research Colloquium http://cs-colloq.stca.herts.ac.uk