7. Informatics and Psychology Workshop 1988: Schärding, Austria

• Franz-Josef Brandenburg:
  Nice drawings of graphs are computationally hard. 1-15
  
• Andreas Mahling, Jürgen Herczeg, Michael Herczeg, Heinz-Dieter Böcker:
  Beyond visualization: Knowing and understanding. 16-26
  
• Thomas Fehrle, Thomas Strothotte, Michael Szardenings:
  Generating pictorial presentations for advice-giving dialog systems. 27-36
  
• Wolf-Fritz Riekert:
  What does knowledge look like: Presenting knowledge structures in a Zoo of objects. 37-46
  
• Claus Möbus, Olaf Schröder:
  Representing semantic knowledge with 2-dimensional rules in the domain of functional programming. 47-81
  
• Jirí Polák, S. P. Guest:
  A graphical representation of the Prolog programmer's knowledge. 82-104
  
• Matthias Schneider:
  FAST - a stepper in an object-oriented programming environment. 105-122
  
• Matthias Schneider-Hufschmidt:
  Integrating visual aids into an object-oriented programming environment. 123-136
  
• Albert Anghern, Massimo Arnoldi, Hans-Jakob Lüthi, David Ackermann:
  A context-oriented approach for decision support. 137-148
  
• Annelise Mark Pejtersen, L. P. Goodstein:
  Beyond the desk top metaphor: Information retrieval with an icon-based interface. 149-182
  
• Klaus Kunkel, Thomas Strothotte:
  Visualization and direct manipulation in user interfaces: Are we overdoing it?. 183-193
  
• Gerrit C. van der Veer, Robert Wijk:
  Teaching a spreadsheet application - Visual-spatial metaphors in relation to spatial ability, and the effect on mental models. 194-208
  
• Jennifer Preece:
  Some HCI issues concerned with displaying quantitative information graphically. 209-226
  
• Rainer Gimnich:
  Implementing direct manipulation query languages using an adequate data model. 227-240
  
• Michael D. Harrison, Alan J. Dix:
  Modelling the relationship between state and display in interactive systems. 241-249
  
• Axel Viereck:
  A software engineering environment for developing human-computer interfaces. 250-263
  
• Milos Lansky:
  Intrinsic geometry in LOGO - Distance of linear segments. 264-272