Image Recognition-Based Architecture to Enhance Inclusive Mobility of Visually Impaired People in Smart and Urban Environments

The demographic growth that we have witnessed in recent years, which is expected to increase the years come, raises emerging challenges worldwide regarding urban mobility, both transport and pedestrian movement. sustainable development of cities also intrinsically linked planning mobility strategies. tasks navigation orientation are something resort today with great frequency, especially unknown places. Current solutions refer precision aspect as a big challenge, between buildings city centers. In this paper, focus on segment visually impaired people how they can obtain information about where when, for some reason, lost their orientation. Of course, different much more challenging situation population segment. GPS, technique widely used outdoor environments, does not need or most beneficial type content because person needs when name street coordinates but reference point. Therefore, paper includes proposal conceptual architecture positioning using Landmark Positioning approach.