The article proposes helping visually handicapped clients make optimal use of remaining vision for travel in unmodified environments. Structured discovery learning exercises covering pattern recognition, depth perception, central acuity, and central field vision with peripheral field loss are offered. (Author/DB)

The article describes the development of a visual assessment and training program designed to predict initial and final low-vision mobility performance. The program's tasks were determined to be better predictors of visual performance than existing clinical measures, and task learning could be transferred to real-life mobility situations.…

To develop a battery of tasks to predict and improve mobility performance, a series of functional vision tasks (texural shearing, degraded images, embedded figures, and parafoveal attention) were generated by a microcomputer. Sixty visually impaired subjects given either computerized task training or real-life training improved their low vision…