Number of items: 19.
C
Driving Simulator for Head-Up Display Evaluation: Driver’s Response Time on Accident Simulation Cases
Charissis, V.,
Aarafat, S.,
Patera, M. and
Christomanos, C.
(2007)
Driving Simulator for Head-Up Display Evaluation: Driver’s Response Time on Accident Simulation Cases.
In: International Conference in Artificail Intelligence and Applications (AIA 07), part of the 25th International Multi-Conference on Applied Informatics, 13-15 Feb 2007, Innsbruck, Austria.
Designing a Direct Manipulation HUD Interface for In-Vehicle Infotainment
Charissis, V.,
Naef, M.,
Papanastasiou, S. and
Patera, M.
(2007)
Designing a Direct Manipulation HUD Interface for In-Vehicle Infotainment.
In: HCI International 22-27 July 2007, Bejing, China.
Calibration Requirements of an Automotive HUD Interface Using a Virtual Reality Environment: Methodology and Implementation
Charissis, V.,
Naef, M. and
Patera, M.
(2007)
Calibration Requirements of an Automotive HUD Interface Using a Virtual Reality Environment: Methodology and Implementation.
In: IASTED Conference Conference on Graphics and Visualisation in Engineering, 3-5 January 2007, Florida USA.
Prototype System for Virtual Reality Simulation and Training: Initial Implementation for Large printing Units
Charissis, V.,
Nomicos, S. and
Patera, M.
(2007)
Prototype System for Virtual Reality Simulation and Training: Initial Implementation for Large printing Units.
In: 3rd International Conference on Typeography and Visual Communication (3rd ICTVC 07) From verbal to Graphic, 20-23 June 2007, Thessaloniki, Greece 2007.
Symbolic vs Alphanumeric: Representations in Human Machine Interface Design
Charissis, V. and
Patera, M.
(2007)
Symbolic vs Alphanumeric: Representations in Human Machine Interface Design.
In: 9th World Congress of IASS-AIS 2007, Communication: Understanding/Misunderstanding 11-17 June 2007, Imatra, Finland.
Human Machine Interface for Prototype Head Up Display: Comparative study between 2D and VR Simulation Results
Charissis, V. and
Patera, Marianne
(2007)
Human Machine Interface for Prototype Head Up Display: Comparative study between 2D and VR Simulation Results.
In: International Conference of Transport Science and Technology Congress , (TRANSTEC ’07) Prague.
N
Designing a Direct Manipulation HUD Interface for In-Vehicle Infotainment
Naef, M.,
Charissis, V.,
Patera, M. and
Papanastasiou, S.
(2007)
Designing a Direct Manipulation HUD Interface for In-Vehicle Infotainment.
In: Proceedings of HCI International 2007.
Calibration Requirements of an Automotive HUD Interface Using a Virtual reality Environment: Metodology and Implementation
Naef, M.,
Charissis, Vassilis and
Patera, Marianne
(2007)
Calibration Requirements of an Automotive HUD Interface Using a Virtual reality Environment: Metodology and Implementation.
In: UNSPECIFIED.
Exploring the Magic Cottage: A Virtual Reality Environment for Stimulating Children’s Imaginative Writing
Naef, M.,
Patera, M. and
Draper, S.
(2008)
Exploring the Magic Cottage: A Virtual Reality Environment for Stimulating Children’s Imaginative Writing.
Journal for Interactive Learning.
Exploring the Magic Cottage: A Virtual Reality Environment for Stimulating Children's Imaginative Writing
Naef, M.,
Patera, Marianne and
Draper, Steve
(2008)
Exploring the Magic Cottage: A Virtual Reality Environment for Stimulating Children's Imaginative Writing.
Journal for Interactive Learning Environments, Routledge.
The Magic Cottage: A Virtual Reality Environment for Stimulating Children’s Imaginative Writing
Naef, M.,
Patera, Marianne and
Draper, Steve W.
(2006)
The Magic Cottage: A Virtual Reality Environment for Stimulating Children’s Imaginative Writing.
In: UNSPECIFIED.
P
Symbolic vs Alphanumeric: Representations in Human Machine Interface Design
Patera, M. and
Charissis, Vassilis
(2007)
Symbolic vs Alphanumeric: Representations in Human Machine Interface Design.
In: 9th World Congress of IASS-AIS 2007, Communication: Understanding/Misunderstanding 11-17 June 2007, Imatra, Finland.
Calibration Requirements of an Automotive HUD Interface Using a Virtual Reality Environment: Methodology and Implementation
Patera, M.,
Charissis, Vassilis and
Naef, Martin
(2007)
Calibration Requirements of an Automotive HUD Interface Using a Virtual Reality Environment: Methodology and Implementation.
In: IASTED Conference Conference on Graphics and Visualisation in Engineering, 3-5 January 2007, Florida USA.
Designing a Direct Manipulation HUD Interface for In-Vehicle Infotainment
Patera, M.,
Charissis, Vassilis,
Naef, Martin and
Papanastasiou, S.
(2007)
Designing a Direct Manipulation HUD Interface for In-Vehicle Infotainment.
In: HCI International 22-27 July 2007, Bejing, China.
A Novel Approach to Colour Education and Comparative Testing of Physical and Digital Versions
Patera, M.,
Draper, S. W. and
McWhirr, M.
(2005)
A Novel Approach to Colour Education and Comparative Testing of Physical and Digital Versions.
In: UNSPECIFIED.
Using educational theory and advanced technology in colour education
Patera, M.,
Draper, S. W. and
McWhirr, M.
(2005)
Using educational theory and advanced technology in colour education.
In: UNSPECIFIED.
Immersive 3D visualisation and teaching colour use to interior designers
Patera, M. and
Draper, Stephen W.
(2007)
Immersive 3D visualisation and teaching colour use to interior designers.
In: Computer Assisted Learning ’07 (CAL ’07): Development, Disruption and Debate. 26-28 March 2007, Trinity College, Dublin, Ireland..
Exploring the Magic Cottage: A Virtual Reality Environment for Stimulating Children's Imaginative Writing
Patera, M.,
Draper, Steve and
Naef, Martin
(2008)
Exploring the Magic Cottage: A Virtual Reality Environment for Stimulating Children's Imaginative Writing.
Journal for Interactive Learning Environments, Routledge.
The Magic Cottage: A Virtual Reality Environment for Stimulating Children’s Imaginative Writing
Patera, M.,
Naef, Martin and
Draper, Steve W.
(2006)
The Magic Cottage: A Virtual Reality Environment for Stimulating Children’s Imaginative Writing.
In: UNSPECIFIED.
This list was generated on Sat Dec 21 04:34:30 2024 UTC.