Dr. Peter Matthew

Qualifications

  • BSc (Hons) Web Systems Development
  • MSc Internet Computing
  • PGCE
  • PG Certificate in Research Studies
  • PhD
Peter Matthew
Research Contact Teaching
Autonomic Systems, Pervasive Systems, Augmented Reality, Virtual Reality, Biometric Security, Virtual Reality Visualisation

Orcid id
DBLP
University Repository

Dr. Peter Matthew
Department of Computer Science
Edge Hill University
Ormskirk
Lancashire
L39 4QP

Phone: 01695 657218
Email: Peter Matthew
Office: THG16

  • Programming
  • Foundations of Computer Science
  • Programming languages: inspiring creativity
  • Web Design
  • Games Engines
  • Digital Design and Production

Bio

Peter is the programme leader for BSc Computing, BSc Computing (Networking, Security and Forensics), BSc Computing (Games Programming), MComp Computing and MComp Computer Security and Networks. Peter is a lecturer in the Department of Computer Science. He completed his PhD at Edge Hill University in 2016, with the title ‘Novel approaches to integrating biometric security with an emphasis on liveness and coercion detection’. He is mainly responsible for the Games Development route focusing on areas such as games programming and digital design and production. He also teaches on a range of modules across the Department of Computer Science. He has gained an MSc from Edge Hill University and has completed a PGCE at the University of Central Lancashire.

Peter is a member of the ‘Distributed and Creative Technologies Group’ and his current research interests include the development of visualisation tools using games engines and specifically the visualisation of biometric security constraints such as noise influence and template degradation. In the past his focus has been on the autonomic characteristics of biometric security and their applicability in pervasive smart environments.

Research Publications

  • Matthew, P. W. &. A. M. R., 2014. Novel approaches to developing multimodal biometric systems with autonomic liveness detection characteristics. In: J. Kacprzyk, ed. Studies in computational Intelligence. s.l.: Springer.
  • Matthew, P. W., 2011. Biometric implementation in autonomous systems with an emphasis on smart home applicability. London, I Society.
  • Matthew, P. W., 2013. Autonomous synergy with biometric security and liveness detection. London, Science and Information Conference .
  • Matthew, P. W. & Anderson, M. R., 2013. Autonomous Synergy with Biometric Security and Liveness Detection. In: J. Kacprzyk, ed. Studies in Computational Intelligence. s.l.:Springer.
  • Matthew, P. W. & Anderson, M. R., 2014. Novel categorisation techniques for liveness detection. Oxford, 8th International Conference on Next Generation Mobile Apps, Services and Technologies.
  • Mustafa, B., Farrukh, N. & Matthew, P., 2013. Leveraging Smart Monitoring and Communications Technology for Assisted Living Support. In: J. Kacprzyk, ed. Studies in Computational Intelligence.. London: Springer.
  • Mustafa, B. F. N. &. M. P., 2013. Leveraging Smart Monitoring and Communications Technology for Assisted Living Support. London, Science and Information Conference. London, Science and Information Conference .
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