The system will enable us to determine what benefit; in terms of enhanced understanding and clarity of perception; such 3D displays; combined with enhanced information presentation; can provide to the controller. It is hoped that improvements in this area will permit more efficient and safe management of more aircraft over a wider airspace. Interaction schemes have initially been centred around the use of 3D interactors such as a 3D pointer but we have recently implemented a scheme for voice recognition which allows the user access to a much wider range of commands and actions without recourse to a static keyboard or complex button combinations. The exploitation of carefully selected voice controls frees the user to work within the VR environment using little or no hand-based interaction.
We intend to continue development of this system and expect that it will form an evaluation test bed for a wide range of new VR; 3D and other interaction technologies within this application area in the future.
CR Categories: I3.7 [Three-Dimensional Graphics and Realism]: Virtual Reality; J7 [Computer in Other Systems]: Command and control; visualization environment for the air traffic controller. The currently implemented system; targeted at semi-immersive displays such as workbench displays and VR theatres.
Keywords: Virtual Reality; Air Traffic Control; Voice Recognition
The Annual SIGRAD Conference. Special Theme - Real-Time Simulations. Conference Proceedings from SIGRAD2003
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