Second, existing implementation of AR does not show
how users can physically navigate on the street based on the
displayed data. If the displayed information refers to barriers
that the user cannot pass, the user would find it very hard to
decide on the actual path to the destination. Most users need
to identify the surrounding and the user’s location to find out
the path to the destination. In Fig. 5, there are search results
for banks in the user’s vicinity, however, it is difficult for the
user to identify the path to a bank just with the presented
display. The reason for this difficulty is that the data
considered in constructing user’s view excludes the user’s
vicinity information. This issue has not been addressed
adequately so far, but it is an important issue as the number
of AR service users in the mobile environment is increasing.
Second, existing implementation of AR does not showhow users can physically navigate on the street based on thedisplayed data. If the displayed information refers to barriersthat the user cannot pass, the user would find it very hard todecide on the actual path to the destination. Most users needto identify the surrounding and the user’s location to find outthe path to the destination. In Fig. 5, there are search resultsfor banks in the user’s vicinity, however, it is difficult for theuser to identify the path to a bank just with the presenteddisplay. The reason for this difficulty is that the dataconsidered in constructing user’s view excludes the user’svicinity information. This issue has not been addressedadequately so far, but it is an important issue as the numberof AR service users in the mobile environment is increasing.
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