
Local Council Roads Innovation Group
Local Council Roads Innovation Group
1 Projects, page 1 of 1
assignment_turned_in Project2020 - 2025Partners:Royal Society for the Protection of Birds, Bristol City Council, Heathfield Ladies Residential Home, Local Council Roads Innovation Group, USI +61 partnersRoyal Society for the Protection of Birds,Bristol City Council,Heathfield Ladies Residential Home,Local Council Roads Innovation Group,USI,Morecambe Bay Hospital NHS Trust,NHS West Lancashire CCG,Lancashire County Council,Morecambe Bay Hospital NHS Trust,Halton Housing,Micro:bit Educational Foundation,Lancaster University,PHE,Lancaster City Council,NHS Liverpool CCG,Matter 2 Media,University of Lisbon,Small World Consulting,Eden Project,NHS Liverpool Clinical Commissioning Gp,Micro:bit Educational Foundation,UTS,Inprova Group Ltd,Hardy and Ellis Inventions Ltd,Eden Project,University of California, Santa Cruz,University of Lisbon,Lancaster University,RSPB,Hardy & Ellis Inventions LTD,Eden Project,Regenda Homes,University of Melbourne,Samsung (United Kingdom),Blackpool and The Fylde College,Microsoft Research (United Kingdom),Connected Places Catapult,MICROSOFT RESEARCH LIMITED,USYD,Lancaster City Council,Small World Consulting,Public Health England,Small World Consulting Ltd,Lancashire County Council,Local Council Roads Innovation Group,Lancashire County Council,Heathfield Ladies Residential Home,DHSC,Regenda Homes,Eden Project,NHS West Lancashire CCG,Samsung Electronics Research Institute,PUBLIC HEALTH ENGLAND,Blackpool and the Fylde College,MICROSOFT RESEARCH LIMITED,UTS,Samsung Electronics Research Institute,Inprova Group Ltd,Connected Places Catapult,Bristol City Council,Matter 2 Media,UCSC,Ludwig Maximilian University of Munich,LMU,Halton Housing,Bristol City CouncilFunder: UK Research and Innovation Project Code: EP/T022574/1Funder Contribution: 2,931,660 GBPThe Future Places Centre will explore how ubiquitous and pervasive technologies, the IoT, and new data science tools can let people reimagine what their future spaces might be. Today, the footprint of such systems extends well beyond the work environments where they first showed themselves and are now, quite literally, ubiquitous. Combined with advances in data science, particularly in the general area of AI, these are enabling entirely new forms of applications and expanding our understanding of how we can shape our physical spaces. The result of these trends is that the potential impact of these systems is no longer confined to work settings or the scientific imagination; it points towards all contexts in which the relationship between space and human practice might be altered through digitally-enabled comprehension of the worlds we inhabit. Such change necessitates enriching the public imagination about what future places might be and how they might be understood. In particular, it points towards new ways of using pervasive technologies (such as the IoT), to shape healthy, sustainable living through the creation of appropriate places. To paraphrase Churchill: if he said we make our buildings, and our buildings come to shape us, the Future Places centre starts from the premise that new understanding of places (enabled by pervasive computing, data science and AI tools), can be combined with a public concern for sustainability and the environment to help shape healthier places and thus make healthier people. It is thus the goal of the centre to reimagine and develop further Mark Weiser's original vision of ubiquitous computing. As it does this so it will cohere Lancaster's pioneering DE projects and create a world-class interdisciplinary research endeavour that binds Lancaster to the local community, to industry and government, making the North West a test-bed for what might be.
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