The Effect of Interface Domain on Decision Making Experience
Faculty: Nir Keren
Graduate Mentor: Ross Bohner
Interns: Bella Manoim, Richard Garcia Lebron, Andrew Newman
Decision processes are difficult to capture in the natural environment.
Nearly all analyses of high risk decision making are gathered through
retroactive interviews are subjected to bias, story telling effects, and
memory loss. To address this problem we created a virtual environment
to simulate the high risk scenarios, where an emergency responder's
decision making processes can be safely monitored in real-time while
providing a naturalistic setting for the responders to interact with the
environment.
We are particularly interested in firefighters' decision making
processes and have built a realistic environment that is simulating
various emergency fire situations for this purpose. This fire simulation
environment was created to run in ISU's C6 CAVE to utilize the high
processing power and visual fidelity that the C6 provide. However,
another option for emulating high risk scenarios is through augmented
reality where a virtual stimulus is overlaid on top of the physical
environment. Instead of modeling a building and simulating a fire on
that building in a VR CAVE, it might be possible to establish an
augmented reality to overlay fire and our virtual decision making
capturing tool over actual buildings.
We are interested in translating aspects of our decision making process
capturing tool software to an augmented reality system and evaluate its
effectiveness, advantages and future applications in the realm of
studying decision processes.
Decision Matrix Team Testing Photos