Smart City Gnosys

Smart city article details

Title Making Smart Cities Explainable: What Xai Can Learn From The "Ghost Map"
ID_Doc 36182
Authors Gupta S.; Loukissas Y.A.
Year 2023
Published Conference on Human Factors in Computing Systems - Proceedings
DOI http://dx.doi.org/10.1145/3544549.3585847
Abstract How can we visualize civic algorithms in ways that illuminate both their positive and negative spatial impacts? Civic algorithms guide everyday decisions that cumulatively create city life. Yet, their broader effects remain invisible to their creators and city inhabitants. Recent scholarship on "algorithmic harms"presents an urgent need to make smart cities explainable. We argue that existing Explainable AI (XAI) approaches are limited across four important dimensions: accessibility, cultural reflexivity, situatedness, and visibility into internal representations. Our research explores the potential of conventional maps in addressing these limits and providing what we call "grounded explanations". As a salient example, we harness the historical case of the "Ghost Map", designed by John Snow to visualize and resolve the 1854 London Cholera epidemic. We believe that such examples can help the XAI community learn from the cultural history of city representations, as they seek to establish public processes for explaining and evaluating "smart cities". © 2023 Owner/Author.
Author Keywords Algorithmic audits; Explainable AI; Maps; Smart city; Transparency; Visualization


Similar Articles


Id Similarity Authors Title Published
36388 View0.908Gupta S.Mapping The Smart City: Participatory Approaches To XaiDIS 2023 Companion: Companion Publication of the 2023 ACM Designing Interactive Systems Conference (2023)
52132 View0.892Madsen A.K.; Grundtvig A.; Thorsen S.Soft City Sensing: A Turn To Computational Humanities In Data-Driven UrbanismCities, 126 (2022)
49430 View0.888Kitchin R.; Lauriault T.P.; McArdle G.Smart Cities And The Politics Of Urban DataSmart Urbanism: Utopian vision or false dawn? (2015)
36385 View0.886Brown W.Mapping The Realities Of Smart Urbanism: A Method To Promote Transdisciplinary Smart City ApproachesAdvances in Transdisciplinary Engineering, 28 (2022)
25364 View0.886Lahby M.; Kose U.; Bhoi A.K.Explainable Artificial Intelligence For Smart CitiesExplainable Artificial Intelligence for Smart Cities (2021)
15585 View0.885Cugurullo F.; Caprotti F.; Cook M.; Karvonen A.; McGuirk P.; Marvin S.Conclusions: The Present Of Urban Ai And The Future Of CitiesArtificial Intelligence and the City: Urbanistic Perspectives on Ai (2023)
5151 View0.884Javed A.R.; Ahmed W.; Pandya S.; Maddikunta P.K.R.; Alazab M.; Gadekallu T.R.A Survey Of Explainable Artificial Intelligence For Smart CitiesElectronics (Switzerland), 12, 4 (2023)
36912 View0.881Zaman S.; Hertweck C.Methods For Uncovering Discourses That Shape The Urban Imaginary In Helsinki'S Smart CityFrontiers in Sustainable Cities, 4 (2022)
59493 View0.879Ahlers, D; Driscoll, P; Löfström, E; Krogstie, J; Wyckmans, AUnderstanding Smart Cities As Social MachinesPROCEEDINGS OF THE 25TH INTERNATIONAL CONFERENCE ON WORLD WIDE WEB (WWW'16 COMPANION) (2016)
49124 View0.878Freeman G.; Liu S.-Y.; Bardzell J.; Lu X.; Bardzell S.; Cao D.Smart And Fermented Cities: An Approach To Placemaking In Urban InformaticsConference on Human Factors in Computing Systems - Proceedings (2019)