GIGA-Teaching


Teaching. -Engineering courses. Computer Graphics. Geometric modeling. Visual modeling. Human-Machine interact. -Postgraduate courses. -Other courses. Master and Project theses. -Master theses. -Engineering Project theses: Industrial. Computer Science. Telecommunications. Erasmus. Proposals course 02-03.

Human-Machine interaction

OBJECTIVES:
To take a deeper look into the world of the Human-Machine interface, describing possibilities, principals and methodologies for analysis, design and implementation.
PROGRAM:

Principals in the design of interfaces for Human-Machine interaction.
Fundamentals.
Practical principals for the design of user interfaces.
User interfaces for network services.

Graphical user interfaces: Function and Implementation.
Architecture and software for windows systems.
API's standard for programming for 2D user interfaces.
Systems for developing user interface systems.
3D user interfaces: Open Inventor.

Multimedia.
Multimedia elements.
Images, sound and video.
Design and production of multimedia applications.
Areas of development

Virtual Reality and Augmented Reality.
Introduction to concepts and history.
Software. VRML 2.0. Applications.
Augmented Reality.

TYPE: Optional
CREDITS

Theory: 4.5

Practical: 1.5

Total: 6.0

BIBLIOGRAPHY:
   A. Dix, J. Finley, G. Abowd, R. Beale:
   Human-Computer Interaction.
   Ed. Prentice-Hall, 1993.
   A. Marcus:
   Graphic Design for Electronic Documents and User Interfaces.
   Tutorial series, ACM Press. 1992.
   J. Burger:
   La biblia del multimedia.
   Ed. Addison-Wesley Iberoamericana, 1994.
   J. Ozer:
   Video Compression for Multimedia.
   Ed. AP Professional, 1995.
   G. Burdea, P. Coiffet:
   Tecnologías de la realidad virtual.
   Ed. Paidos Hipermedia 3, 1996.
   J. Vacca:
   VRML: Bringing Virtual to the Internet.
   Ed. AP Professional, 1996.

EVALUATION:
   Exam and coursework.
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