Computing, artificial intelligence and ITEvolutionary and Adaptive SystemsDIP (PG) 2 terms full-time The study of natural and artificial evolutionary and adaptive systems is at the heart of important emerging approaches to artificial intelligence, cognitive science, computational biology and related areas. Sussex is internationally renowned for its research in these interdisciplinary areas and has probably the world’s largest group in this field. This programme provides a solid grounding in the major themes of the area, including: artificial life, adaptive systems, biologically inspired robotics, complex adaptive systems, dynamical systems approaches to cognition, evolutionary systems and evolutionary computing, as well as natural and artificial neural systems. This well-established programme is taught by leading experts and there are many opportunities to interact with the thriving local community of researchers in this field. Students have access to specialist facilities including robotics labs. During the summer term a dissertation project is undertaken under the supervision of a member of faculty; this gives students the opportunity to further develop what they have learnt in the context of a piece of research. It is not unusual for work from dissertation projects to be published in conference proceedings or journals. Admission requirementsA good honours degree in a discipline requiring some numeracy and computer literacy. Very able graduates from arts fields may be considered. For further information on admission and IELTS/ TOEFL requirements, please refer to Applications and selection. FundingSome Advanced Course Studentships, supplied by the EPSRC, are available. Other scholarships may also be available. Programme structureAutumn term: you take the compulsory courses Artificial Life; Programming Techniques; Formal Computational Skills; Intelligence in Animals and Machines; and Academic Development. Spring term: you take the two compulsory courses Adaptive Systems and Neural Networks. You also take two of the following options: Computational Neuroscience; E-Business; Issues in Philosophy of Cognitive Science II; Simulation of Adaptive Behaviour; Advanced Computer Vision; From Signal to Behaviour; Dynamics of Development; Issues in Emotion and Consciousness; and Sensory and Motor Functions of the Nervous System. Not all options are available every year; additional options may be available. AssessmentYou are assessed by coursework, unseen examinations, essays and programming projects. |
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For pre-application enquiries:Student Recruitment Services |
For post-application enquiries:Postgraduate Admissions |
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Teaching term dates 2008-2009 | ||
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Autumn term |
Spring term |
Summer term |
| Postgraduate students will normally be registered from 1 October 2008 to 30 September 2009 | ||