Cognitive training and traffic safety
Older people get into car accidents more often. Research has exposed several risk factors for the increased accidents among older drivers, such as age, being male, bad vision, decreased processing speed, decline in physical abilities, and dementia-related cognitive impairments. Cognitive training can improve the cognitive abilities of older adults and prevent accidents.
Research has shown a strong relationship between processing speed and car accidents among older adults. Because of this it is hypothesized that cognitive speed of processing training will cause a decreased rate of car accidents.
A relationship has also been established between driving outcomes and cognitive reasoning and memory performance. For this reason, training in these areas might also decrease the amount of car accidents among older people.
Conclusion
The results show that cognitive training improves cognitive function of older adults for up to five years. These results were found for processing speed, and reasoning and memory training. This means that improvements in cognitive abilities through cognitive training transfer to everyday functioning.
Transfer
Even though there is transfer to everyday functioning, the effects were modest and were not found until five years after the intervention. One possible explanation is that there is a lag between cognitive decline and decline in everyday functioning. Because of the training the participants maintained their cognitive abilities and didn’t have a big decline in their everyday functioning. Another explanation can be that participants with suspected cognitive decline were excluded from the training. So the participants who did the training were already more advanced in their cognitive abilities and that delayed the onset of functional ability decline.
Applied Cognitive Psychology
- Safety science and models of accident causation
- Human factors & adverse events
- Human errors and education
- Complexity theory
- Executive functions and frontal lobe tasks
- Dopamine and working memory
- Dopamine and task switching control
- Dopamine and inhibitory action control
- The neurological reaction to amphetamine
- Taking tyrosine supplements when experiencing stress or cognitive demands
- Tyrosine and working memory
- Tryptophan and emotional material
- Tryptophan and charity
- Improving fluid intelligence
- Brain training
- Videogames and attentional capacity
- Videogames and cognitive flexibility
- Videogames and perception
- Videogames and cognitive decline
- Videogames and visual skills
- Brain plasticity
- Videogame training and cognitive control
- Causal reasoning
- Accusations of sexual child abuse
- Information gathering
- Learning through videogames
- Cognitive training and traffic safety
- Computerized cognitive training programs
- A cognitive neuroscientific view on ageing
- Cognitive performance, lifestyle and aging
- Neurocognitive ageing
- A review on getting older, executive control, and attention
- Older brain functionality
- Human factors & professional diversity
- Improving road safety
- Intelligence and faster learning
- Mood and creativity
- Videogames and spatial cognition
- The effects of multispecies probiotics on sad mood reactivity
- Human working memory and cognitive control
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