MAINTAINING OLDER DRIVER MOBILITY AND WELL-BEING WITH TRAVELER INFORMATION SYSTEMS
David W. Eby, Lidia P. Kostyniuk
Abstract
David W. Eby, Lidia P. Kostyniuk
Abstract
With the aging population in the U.S., an expanding proportion of drivers will be facing decreased mobility. As society begins to address the mobility needs of older drivers, the development and testing of traveler information systems for older drivers may provide a means for maintaining mobility (or at least delaying immobility) in the older driving population. However, both human factors and training issues need to be addressed in order to design systems that can be easily used by older drivers.
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With the aging population in the U.S., an expanding proportion of drivers will be facing decreased mobility. As society begins to address the mobility needs of older drivers, the development and testing of traveler information systems for older drivers may provide a means for maintaining mobility (or at least delaying immobility) in the older driving population. However, both human factors and training issues need to be addressed in order to design systems that can be easily used by older drivers.
Key concepts: Transport engineering, Human factors and ergonomics, Population, Poison control, Order (exchange), Injury prevention, Business, Gerontology