Automotive User Interfaces and Interactive Vehicular Applications

Interaction in the Car, in Proceedings of CHI ’10,
(2010), Vancouver, Canada.
2. Cao, Y., Mahr, Y., Castronovo, S., Theune M., Stahl, C,
and Christian, A.M., Local danger warnings for drivers:
the effect of modality and level of assistance on driver
reaction, in Proc. of the 15th international conference
on Intelligent user interfaces, (2010), ACM Press, Hong
Kong, China, 239-248.
3. Maciej, J. and Vollrath, M., Comparison of manual vs.
speech-based interaction with in-vehicle information
systems in Accident Analysis & Prevention, Elsevier
(2009), 41:5, 924-930.
4. McTear, M.F. Spoken dialogue technology: enabling
the conversational user interface. (2002), ACM 34, 190-
169.
5. Goldman, E., Panttaja, E., Wojcikowski., & Braudes.
Voice Portals-Where Theory Meets Practice. In
International Journal of Speech Technology., (2001), 4,
227-240.
6. Rosenfeld, R., Olsen, D., & Rudnicky, A., Universal
Speech Interfaces, in Interactions, (2001), 34-44.
7. Hua, Z. and Ng W.L., Speech Recognition Interface
Design for In-Vehicle System, in Proc. AutoUI’10,
(2010), ACM Press, Pittsburgh, USA, 29-31.
8. Stanton, N.A., and Barber, C. Speech-based Alarm
Displays. International Encyclopedia of Ergonomics
and Human Factors. CRC Press, Boca Raton, FL, 2006.
9. Lai, J., Cheng, K., Green, P., and Tsimhoni, O., On the
road and on the Web? Comprehension of synthetic and
human speech while driving, in Proceedings of CHI '01
(New York NY, 2001), ACM 206-212.
10. Gong, L., and Lai, J. Shall we mix synthetic speech and
human speech? Impact on users' performance,
perception, and attitude. In Proceedings of the SIGCHI
conference on Human factors in computing systems
(New York, NY, 2001) ACM, 158-165.
11. Luce, P.A., Feustel, T.C., and Pisoni, D.B. Capacity
Demands in Short-Term Memory for Synthetic and
Natural Speech, in Human Factors, (1983), 25, 17-32.
12. Suchman, L.A., Plans and situated actions. The problem
of human-machine communication, (1987) Cambridge
University Press, New York.
13. Swiank, D. and James, F., Designing interior audio
cures for hybrid and electric vehicles, in Proceedings of
the AES 36 th International Conference, (2009),
Dearborn MI, USA.
14. Tomko, S., Harris, T.K., Toth, A., Sanders, J.,
Rudnicky, A., and Rosenfeld R. 2005. Towards efficient
human machine speech communication: The speech
graffiti project, in ACM Trans. Speech Lang. Process. 2,
1, (February 2005).
15. Parasuraman, R., & Riley, V., Humans and automation:
Use, misuse, disuse, abuse, in Human Factors, 29:2,
(1997), 230-253.
16. Knoebel, M., Schwarz, F., Palleis, H., Schumman, J.,
Towards Designing Experiences for Advanced Driving
Assistance System, Workshop User Experience in Cars.
In Proceedings of 13th IFIP TC13 Conference on
Human-Computer Interaction, (2011), Lisbon, Portugal,
September 05, 2011.
17. Stickdorn M. et al. This is Service Design Thinking.
(2010), BIS Publishers, Amsterdam, p80-87.
18. Schifferstein H.N.J. From salad to bowl: The role of
sensory analysis in product experience research. In
Food Quality and Preference, 2010, Elsevier
19. Wickens, C.D., S.E. Gordon, and Y. Liu, An
introduction to human factors engineering. 2004, New
Jersey: Pearson Prentice Hall.