Our current research is aimed at contributing to a base of knowledge regarding the changes in the control of posture and visual task performance during
dynamic human movement. It will investigate changes that occur during a dynamic visual acuity task (Discrimination and Identification of Targets) under different armor conditions
related to the weight carried on the human system in the form of Soldier equipment. Perception of the environment (Situational Awareness) is a critical Soldier task for survival,
and loading the body with armor effects the human systems ability to complete the task successfully. The proposed project seeks to determine the changes in visual acuity performance
while wearing armor and other equipment on the Soldier during locomotion at different speeds to understand the consequences of weight and design on the necessary perception-action coupling
for performance and survival. The general purpose is to further our understanding of the 'Soldier System' as related to the effects of combat equipment and the control of human movement
during dual task performance (visual search / acuity while 'on the move'). It is expected that different loading weight and configurations will impact the ability of the system to dampen
oscillations at the visual organs and ability to adjust locomotion dynamics will 'compete' for those required for visual task performance.
Our research is supported by the Department of Defense.
To learn more about our research, or if you are
interested in participating in our studies, please call
the Motor Control Laboratory at (413) 545-1332 or contact
Luis Rosado at (413) 545-6075 or email@example.com
Motor Control Lab | Totman Building | 30 Eastman Lane | Amherst, MA 01003-9258 | 413-545-1332