Erich Weichselgartner

• 8Publications

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• Daten für alle!

  Authors: E. Weichselgartner, S. Winkler-Nees

  Forschung. Das Magazin der Deutschen Forschungsgemeinschaft. 01/2010;

  Weltweit und in allen Disziplinen ist „Data Sharing“ auf dem Vormarsch. Das Online-Archiv PsychData zeigt, wie hoch der Nutzwert sein kann.

• eScience: Wissenschaftliche Kommunikation im digitalen Zeitalter am Beispiel der Psychologie

  Authors: E. Weichselgartner

  Generation international – die Zukunft von Information, Wissenschaft und Profession

  edited by M. Ockenfeld, 01/2009: pages 195-196; DGI.

• Fünf Jahre Primärdatenarchivierung in der Psychologie: Ein Erfahrungsbericht

  Authors: E. Weichselgartner

  Verfügbarkeit von Information

  edited by M. Ockenfeld, 01/2008: pages 259-267; DGI.

• Sechs Jahre PsychSpider: Aus der Praxis des Betriebs einer Psychologie-Suchmaschine für freie Web-Inhalte

  Authors: E. Weichselgartner, Ch. Baier

  Information: Wissenschaft und Praxis. 01/2007; 58:173-178.

• Modulare Architektur zur performanten Anbindung multipler Retrievalschnittstellen für bibliographische Datenbanken

  Authors: Ch. Baier, E. Weichselgartner

  Leitbild Informationskompetenz. Positionen - Praxis - Perspektiven im europäischen Wissensmarkt

  edited by M. Ockenfeld, 01/2005: pages 189-196; DGI.

• Two computational models of attention

  Authors: Z.-L. Lu, E. Weichselgartner

  Visual attention and cortical circuits.

  edited by J. Braun, Ch. Koch, J. L. Davis, 01/2001; The MIT Press.

  ISBN: 978-0262024938

• Episodic theory of the dynamics of spatial attention

  Authors: G. Sperling, E. Weichselgartner

  Psychological Review. 01/1995; 102:503-532.

  Previous measurements of visual attention in simple reaction time, choice reaction time and complex discrimination experiments in which attention was purported to move continuously across space arePrevious measurements of visual attention in simple reaction time, choice reaction time and complex discrimination experiments in which attention was purported to move continuously across space are reanalyzed. These data and data from attention gating experiments are quantitatively predicted by an episodic (quantal) theory of spatial attention that proposes instead: (1) visual attention can be resolved into a sequence of discrete attentional acts (episodes), (2) each attentional episode i is defined by its spatial attention function fi(x,y), (3) the smooth transition at time t0 between episodes is described by a temporal transition function G(t–t0), and (4) f and G are space-time separable. In new experiments, which use a concurrent motor reaction time task to control for nonattentional factors, the duration of an attention transition is shown to be independent of the distance traversed and of the presence of interposed visual obstacles.

• Two processes in visual attention

  Authors: Erich Weichsegartner

  01/1984

  Degree: PhD

  Supervisor: George Sperling