Multimodal Interfaces: Literature Review of Ecological Interface Design, Multimodal Perception and Attention, and Intelligent Adaptive Multimodal Interfaces
WATERLOO UNIV (ONTARIO)
Pagination or Media Count:
To improve operational effectiveness for the Canadian Forces CF, the Joint Unmanned Aerial Vehicle Surveillance Target Acquisition System JUSTAS project is acquiring a medium-altitude, long-endurance MALE uninhabited aerial vehicle UAV. In support of the JUSTAS project, Defence Research and Development Canada DRDC - Toronto is investigating the human factors issues of UAV ground control stations GCS interfaces for UAVs and exploring possible solutions using multimodal displays. This report analyzes current literature on multimodal perception and psychology in the context of developing a GCS simulator to evaluate the efficacy of multimodal displays for controlling UAVs. The report discusses the application of Ecological Interface Design EID to multimodal interface development, multimodal information presentation in non-visual modalities, and issues and implications of using multiple sensory modalities e.g. crossmodal effects. In addition, the role of Intelligent Adaptive Interfaces IAI with respect to multimodal interfaces and current problems with automation in commercial aircraft are addressed. Recommendations are provided to develop a program of research to enhance the design of GCS interfaces to support future requirements of the JUSTAS project.
- Pilotless Aircraft