Eye Movement Navigation Interface Supporting Reading

To read Japanese document fast, it is important to decrease the time required the understanding and the number that viewpoint moving backward. In this paper, we propose the navigating interface to read Japanese document fast and the eye movement information processing model in reading Japanese document. We show that the reading speed becomes to be fast if human is navigated by using the interface such as the distance between neighbor fixation points become to be long. The result measured for human is similar to the computer simulation. This computer simulation is realized by introducing the mechanisms that the viewpoint moves backward based on the resolution and the short-term memory integrated by using feature matching to the traditional eye movement model. The eye movements according to the 24 kinds of information processing models are realized and evaluated using the navigation interface. Human eye movements for 15 experiments are measured using the navigation interface. We show the effectiveness of the eye movement model from these results. Moreover, it is found that the reading time can be shortened by using the eye movement navigation interface with the colored marker in the text window.