Model of driver eye motion based on driving plan and prediction of changes in the environment
Yuki Togashi, Takashi Omori, Koichiro Yamauchi · 2007
Modeling of human cognitive process is one of important research field for computational intelligence. In this study, we try to construct a computational model of car driver that can explain real world driver behavior. Through the research, we try to establish foundation for a bridge between basic science and engineering requirement. In our previous work, we proposed a model of driver's eye movements that consists of bottom-up and top-down eye motion sub models. This paper proposes an extended version of the previous eye motion model. In the current extended model, top-down eye motion is determined based on the driver's driving plan, whereas the bottom-up eye motion is determined based on predicted locations of moving objects