Blucher Design Proceedings

Maio 2014, vol.1, num.2 - 6th Information Design International Conference
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Syntactic analysis models for graphic language applied on smartphone interfaces

Syntactic analysis models for graphic language applied on smartphone interfaces

Puppi, Maicon Bernert; Padovani, Stephania

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This study aims testing of application for syntactic analysis models for graphic language. Handheld devices, especially smartphones, are our objects of analysis. Two models for graphic language were studied – from Twyman (1979) and Mijksenaar (1997). They are well accepted by information design literature, but they have not been tested on mobile human-computer interaction context. This analysis intends to verify whether these models really supply needs of smartphone interfaces and in which aspects they must to be adapted for further works. Results of study can be used as initial studies about syntactic analysis models applied on mobile device interfaces, aimed thinking about a possible adjustment to the contemporary context of media usage.

This study aims testing of application for syntactic analysis models for graphic language. Handheld devices, especially smartphones, are our objects of analysis. Two models for graphic language were studied – from Twyman (1979) and Mijksenaar (1997). They are well accepted by information design literature, but they have not been tested on mobile human-computer interaction context. This analysis intends to verify whether these models really supply needs of smartphone interfaces and in which aspects they must to be adapted for further works. Results of study can be used as initial studies about syntactic analysis models applied on mobile device interfaces, aimed thinking about a possible adjustment to the contemporary context of media usage.

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DOI: 10.5151/designpro-CIDI-93

Referências bibliográficas
  • [1] BALLARD, B. 2007. Designing the mobile user experience. West Sussex: John Andamp; Sons.
  • [2] BERTIN, J. 1973. Sémiologie Graphique. Paris.
  • [3] CHOI, J.; LEE, H. J. 2011. Facets of simplicity for the smartphone interface: A structural model. Int. J. Human-Computer Studies, 70, p.129-142
  • [4] CYBIS, W.A. 2003. Engenharia de usabilidade: uma abordagem ergonômica. Florianópolis: Labiutil.
  • [5] CYBIS, W.A; BETIOL, A.; FAUST, R. 2007. Ergonomia e usabilidade: conhecimentos, métodos e aplicações. São Paulo: NovaTec Editora.
  • [6] DONDIS, D. A. 1997. Sintaxe da Linguagem Visual, 2a ed. São Paulo: Martins Fontes.
  • [7] ENGELHARDT, Y. 2002. The Language of Graphics, A framework for the analysis of syntax and meaning in maps, charts and diagrams. Holland: University of Amsterdam.
  • [8] GARRET, J. J.; 2003. The elements of user experience: user-centered design for the web. New York: AIGA; New Riders.
  • [9] HORN, R. E. 1998. Visual Language: Global communication for the 21st Century, Washington: Macro VU.
  • [10] HORTON, W. K. 1994.The Icon Book: Visual symbols for computer systems and documentation. John Wiley Andamp; Sons.
  • [11] KANG, Y. M.; CHO, C.; SUNGJOO, L. 2011. Analysis of factors affecting the adoption of smartphones. IEEE Int. Technology Management Conference. South Korea: Ajou University. p. 919-925
  • [12] KILJANDER, H. 2004. Evolution and usability of mobile phone interaction styles. Helsink University of Technology: Publication in Telecommunications Software and Multimedia.
  • [13] KIM, J. H.; LEE, K. P. 2005. Cultural Difference and Mobile Phone Interface Design: Icon Recognition According to Level of Abstraction. In Proceedings of the MobileHCI’05, Salzburg.
  • [14] LALJI, Z.; GOOD, J. 2008. Designing new technologies for illiterate populations: a study in mobile phone interface design. Interacting with computers, 20, p.574-586.
  • [15] LOVE, S. 2005. Understanding mobile human-computer interaction. Oxford: Elsevier.
  • [16] MAEDA, J., 2006. The Laws of Simplicity. Cambridge: MIT Press.
  • [17] MIJKSENAAR, P. 1997. Visual Function. Rotterdam: 010 Publishers.
  • [18] PADOVANI, S.; SPINILLO, C. G.; GOMES, I. M. A. 2009. Desenvolvimento e aplicação de modelo descritivo-normativo para análise de websites. Produção, v.19, n.3
  • [19] PADOVANI, S. 2012. Apresentação em slides do Curso de Mestrado em Design. Aula 9: Mobilidade em HCI. Departamento de Design da UFPR, Curitiba.
  • [20] PADOVANI, S.; PUPPI, M.; SCHLEMMER, A. O que mudou na navegação? Um estudo comparativo entre computadores fixos e dispositivos de interação móvel. Revista Arcos. (in press)
  • [21] TURKLE, S. 1984. The Second Self: computers and the human spirit. Granada Publishing.
  • [22] TWYMAN, M. 1979. A Schema for the Study of Graphic Language. In: Kolers, P.A.; Wrolstad, M.E. Andamp; Bouma, H. (ed.). Processing of Visible Language. Nova Iorque. p.117-150.
  • [23] TWYMAN, M. 1982. The Graphical Presentation of Language. Information Design Journal, 3/1, p.2-22.
  • [24] WEISS, S. 2002. Handheld usability. London: John Wiley Andamp; Sons.
Como citar:

Puppi, Maicon Bernert; Padovani, Stephania; "Syntactic analysis models for graphic language applied on smartphone interfaces", p-962-977. In: In Coutinho, Solange G.; Moura, Monica; Campello, Silvio Barreto; Cadena, Renata A.; Almeida, Swanne (orgs.). Proceedings of the 6th Information Design International Conference, 5th InfoDesign, 6th CONGIC [= Blucher Design Proceedings, num.2, vol.1]. São Paulo: Blucher, 2014.
ISSN 23186968, DOI 10.5151/designpro-CIDI-93

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