Design Evaluation System with Visualization and Interaction of Mobile Devices Based on Virtual Reality Prototypes

다국어 초록 (Multilingual Abstract)

In this paper, we present a design evaluation system
with visualization and interaction of mobile devices using
virtual-reality-based prototypes which can be used to
easily change design parameters and simulate embedded
software. To evaluate and predict affective-engineeringbased
design preferences for mobile devices under a
virtual environment, we have developed a high quality
visualization platform which creates images that look
similar to real mobile devices in addition to real-time
simulation of realistic motions and functions of mobile
devices. To support a quantitative usability test scenario
for external design shape, we also have built a system
which consists of a mixed-reality-based testing platform
for measuring hand load.

참고문헌 (Reference)

1 M. Kerttula, "Virtual Reality Prototyping: A Framework for the Development of Electronics and Telecommunication Products" 2-11, 1997

2 T. Poston, "The Virtual Workbench: Dextrous VR" IEEE CS Press 111-121, 1994

3 R. Stuart, "The Design of Virtual Environments" McGraw-Hill 1996

4 R. Fernando, "The Cg Tutorial: The Definitive Guide to Programmable Real-Time Graphics" Addison Wesley 2003

5 M. Namaguchi, "Kansei Engineering: A New Ergonomic Consumer-Oriented Technology for Product Development" 15 (15): 3-11, 2005

6 D. Stevenson, "Haptic Workbench: A Multisensory Virtual Environment" 356-366, 1999

7 S. Rosemary, "Factors Affecting Emotional Responses in Mobile Phone Design Evaluation" 2173-2177, 2007

8 S.H. Han, "Evaluation of Product Usability: Development and Validation of Usability Dimensions and Design Elements Based on Empirical Models" 26 (26): 477-488, 2000

9 Y.K. Kong, "Evaluation of Handle Design Characteristics in a Maximum Screwdriving Torque Task" 50 (50): 1404-1418, 2007

10 V.G. Gerard, "Effective of a Vertical Keyboard Design on Typing Performance, User Comfort, and Muscle Tension" 38 (38): 99-107, 2007

11 H.J. Park, "Design Evaluation of Digital Consumer Products Using VR-Based Functional Behaviors Simulation" 19 (19): 359-375, 2008

12 S.Y. Lee, "Affective Property Evaluation of Virtual Product Designs" 207-214, 2004

13 S.W. Hong, "A Methodology for Modeling and Analyzing User’s Affective Satisfaction toward Consumer Electronic Products" POSTECH 2005

14 Ki-Hong Kim, "A Biosignal-Based Human Interface Controlling a Power-Wheelchair for People with Motor Disabilities" 한국전자통신연구원 28 (28): 111-114, 2006