Mixed Reality Laboratory

 
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Ainojie Irune

Ainojie Irune

PhD Computer Science and Human Factors, BSc (Hons) Computer Science, University of Nottingham.

Research Fellow

Profile

Ainojie Alexander Irune is a Human Factors Research Fellow at the Mixed Reality Laboratory, Human Factors Research Group (HFRG) and Horizon Digital Economy Research at the University of Nottingham. His work involves the investigation of Human Factors and Ergonomic issues within transportation, mobile and ubiquitous computing research. Currently, he is involved in providing human factors guidance within a Horizon research project exploring ways of harnessing social networks to support sustainable transport. Prior to this, his research focused on human-centred design and evaluation issues for in-vehicle information systems - the impacts of in-vehicle information systems on the driver; the potential for novel user-interfaces in a driving context; and the methods appropriate for use in the design and evaluation of such technology. He holds a BSc. and a PhD. in Computer Science and Human Factors from the University of Nottingham.

Current Projects

Exo-tent (MRL)
Socially Connected Journey (Horizon Digital Economy Research)

Research Interests

Human Computer Interaction, ergonomics, usability and user experience. Application and development of research methods for evaluating interaction with transport, mobile and ubiquitous technology.

Publications, Conference Papers

Irune, A. (2010) - Evaluating the visual demand of in-vehicle information systems: The development of a new method. Intenational Journal of Mobile Human Computer Interaction (In print).

Irune, A. and Burnett, G. E. (2009) - A preliminary investigation of a low-cost method for predicting the disruption of glances towards in-vehicle information systems. In, P. Bust (ed) Contemporary Ergonomics 2009. Taylor & Francis: London. Pg. 503  512.

Burnett, G.E., Irune, A. (2009) - "Drivers quality ratings for switches in cars: Assessing the role of the vision, hearing and touch senses". Automotive User Interfaces and Interactive Vehicular Applications 2009.

Irune, A. and Burnett, G.E. (2009) - Predicting the disruption of glances towards in-vehicle information systems. 60th Annual Ergonomics Society Conference, Royal College of Physicians, London, 22nd  23rd April 2009.

Irune, A. and Burnett, G.E. (2008) - The initial development of a low-cost method for predicting the disruption of glances towards in-vehicle information systems. International Journal of Advances in Transport Studies, Special Issue 2008. Pg. 21  30.

Burnett, G.E., Irune, A. and Mowforth, A. (2007) - Driving simulator and validity: How important is it to use real car cabins? Advances in Transportation Studies, 2007 special issue, 33-42

Irune, A. and Burnett, G.E. (2007) - Locating in-car controls: Predicting the effects of varying design layout. In Proceedings of Road Safety and Simulation conference (RSS2007), held in Rome, November 2007.

Irune, A. and Burnett, G.E. (2007) - Locating in-car controls: Predicting the effects of varying design layout. International Journal of Advances in Transport Studies, Special Issue: 2007. Pg. 25  32.

Burnett, G.E., Irune, A. and Mowforth, A. (2007) - Driving simulator sickness and validity: How important is it to use real car cabins? In Proceedings of Road Safety and Simulation conference (RSS2007), Held in Rome, November 2007.

Greenhalgh, C., Irune, A., Steed, A. and North, S. (2005)  Integrating with the Access Grid: Experiences and Issues. In Proceedings of the 4th UK e-Science All Hands Meeting 2005, held in Nottingham, September 2005.

Benford, S., Crout, N., Crowe, J. Egglestone, S., Foster, M., Greenhalgh, C., Hampshire, A., Hayes-Gill, B., Humble, J., Irune, A., Laybourn-Parry, J., Palethorpe, B., Reid, T. and Sumner, M. (2003) - e-Science from the Antarctic to the GRID. In Proceedings of the 2nd UK e-Science All Hands Meeting 2003.

Other Activities

  • Driving Simulator Research – Covered by ITV (Tonight with Trevor McDonald).
  • Driving Simulator Research – Covered by Research TV.com on use of Navigation systems.

Contact Details

e-mail: This e-mail address is being protected from spambots. You need JavaScript enabled to view it
Tel: +44 (0)115 951 4226