This study aims to investigate the gender differences in spatial navigation using the tasks of 2-D matrix navigation and recognition of real driving scene. The results can be summarized as followings. First, female subjects responded faster in 2-D matrix navigation task than male subjects when landmark instructions were provided. Second, in recognition task, male subjects recognized the key elements involved in the past driving scene more accurately than female subjects. In particular, female subjects tended to miss peripheral information. These results suggest the possibility of gender differences in spatial navigation
Past studies have found evidence of gender differences in route-learning strategies, indicating that...
This study examined how navigational strategies, map drawing, and map reading skills may be related ...
Memory recall in order to complete certain tasks such as spatial navigation, and, in turn prospectiv...
Sex differences are consistently reported in human navigation. Indeed, to orient themselves during n...
When navigating, women typically focus on landmarks within the environment, whereas men tend to focu...
Scientific literature highlighted gender differences in spatial orientation. In particular, men and ...
Individual factors like gender and familiarity can affect the kind of environmental representation t...
Spatial abilities, such as wayfinding and memorizing object locations, seem to be equally important ...
evaluate improvement in human performance. A critical aspect of human performance is individual diff...
Cognitive research suggests that there is a difference in the spatial abilities of males and female...
This study assesses gender differences in wayfinding in environments with global or local landmarks ...
3D representations in applications that provide self-localization and orientation in wayfinding have...
The largest average sex differences in cognitive performance derives from spatial tasks (Voyer, Voye...
How males and females differ in their use of cues for spatial navigation is an important question. A...
Gender studies report a male advantage in several visuospatial abilities. Only few studies however, ...
Past studies have found evidence of gender differences in route-learning strategies, indicating that...
This study examined how navigational strategies, map drawing, and map reading skills may be related ...
Memory recall in order to complete certain tasks such as spatial navigation, and, in turn prospectiv...
Sex differences are consistently reported in human navigation. Indeed, to orient themselves during n...
When navigating, women typically focus on landmarks within the environment, whereas men tend to focu...
Scientific literature highlighted gender differences in spatial orientation. In particular, men and ...
Individual factors like gender and familiarity can affect the kind of environmental representation t...
Spatial abilities, such as wayfinding and memorizing object locations, seem to be equally important ...
evaluate improvement in human performance. A critical aspect of human performance is individual diff...
Cognitive research suggests that there is a difference in the spatial abilities of males and female...
This study assesses gender differences in wayfinding in environments with global or local landmarks ...
3D representations in applications that provide self-localization and orientation in wayfinding have...
The largest average sex differences in cognitive performance derives from spatial tasks (Voyer, Voye...
How males and females differ in their use of cues for spatial navigation is an important question. A...
Gender studies report a male advantage in several visuospatial abilities. Only few studies however, ...
Past studies have found evidence of gender differences in route-learning strategies, indicating that...
This study examined how navigational strategies, map drawing, and map reading skills may be related ...
Memory recall in order to complete certain tasks such as spatial navigation, and, in turn prospectiv...