Smart City Gnosys

Smart city article details

Title Exploring Smart Environments Through Human Computation For Enhancing Blind Navigation
ID_Doc 25624
Authors Paredes H.; Fernandes H.; Sousa A.; Fernandes L.; Koch F.; Fortes R.; Filipe V.; Barroso J.
Year 2015
Published Communications in Computer and Information Science, 541
DOI http://dx.doi.org/10.1007/978-3-319-24804-2_5
Abstract In this paper the orchestration of wearable sensors with human computation is explored to provide map metadata for blind navigation. Technological navigation aids for blind must provide accurate information about the environment and select the best path to reach a chosen destination. Urban barriers represent dangers for the blind users. The dynamism of smart cities promotes a constant change of these dangers and therefore a potentially “dangerous territory” for these users. Previous work demonstrated that redundant solutions in smart environments complemented by human computation could provide a reliable and trustful data source for a new generation of blind navigation systems. We propose and discuss a modular architecture, which interacts with environmental sensors to gather information and process the acquired data with advanced algorithms empowered by human computation. The gathered metadata should enable the creation of “happy maps” that are delivered to blind users through a previously developed navigation system. © Springer International Publishing Switzerland 2015.
Author Keywords Blind navigation; Crowdsourcing; Human computation


Similar Articles


Id Similarity Authors Title Published
5486 View0.864El-Taher F.E.-Z.; Taha A.; Courtney J.; McKeever S.A Systematic Review Of Urban Navigation Systems For Visually Impaired PeopleSensors, 21, 9 (2021)
49127 View0.851Almurayziq T.S.; Alotibi N.; Alshammari G.; Alshammari A.; Alsaffar M.Smart And Guide Hat For Blind Persons In Smart Cities Using Deep LearningJournal of Advances in Information Technology, 14, 6 (2023)