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DTSTAMP:20220812T074358Z
LOCATION:Osaka Room
DTSTART;TZID=Europe/Stockholm:20220629T140000
DTEND;TZID=Europe/Stockholm:20220629T160000
UID:submissions.pasc-conference.org_PASC22_sess168@linklings.com
SUMMARY:MS6A - Edge-Computing towards Sustainability, Resilience, and Deca
 rbonization: What are We Overlooking?
DESCRIPTION:Minisymposium\n\nData-driven computational approaches that bri
 ng computing and storage nearer to the requests, and especially operating 
 on instant real-time sensor data, have contributed immensely to our state 
 of knowledge of the impacts of climate change on our built environment and
  human systems. The holistic understanding of these issues demand a cross-
 disciplinary approach that is rigorous, based on data, and embedded in the
  domain. This minisymposium focuses on bringing together experts and resea
 rchers in edge-computing with knowledge of the driving issues for a discus
 sion on the existing challenges and advances needed in driving edge-comput
 ing deployments towards well understood goals of sustainability, resilienc
 e, and decarbonization. The international panel of invited speakers will c
 over a wide range of topics, from a deeply data and computational perspect
 ive about IoT, streaming data, and real-time analytics, to traceability of
  the data sources for deep decarbonization and their impact on policy-ener
 gy-economics. Issues of data scarcity and of inequity in the Global South 
 will be discussed. We expect to round off the discussion with a forward-lo
 oking view of integrated communities of the future as highly controllable 
 entities in which the built environment - buildings, vehicles, energy gene
 ration, and the grid, collectively maximize the user’s wellbeing.\n\nAuton
 omous Energy Systems\n\nKing\n\nControllable edge devices exist today, and
  their numbers are rapidly growing. Similarly, sensors that provide inform
 ation about the natural and built environment are commonplace. Individuall
 y, they provide some level of automation and convenience. However, a clean
  energy future requires coordinated ...\n\n---------------------\nBuilding
  End-to-End Computing Capabilities in Flood Response and Mitigation for Cl
 imate and Infrastructure Resilience\n\nLiu\n\nFlood emergency management b
 ecomes increasingly crucial as stakeholders develop resilience programs in
  response to more frequent extreme events such as hurricanes. Developing h
 ighly usable flood inundation mapping and forecast/nowcast solutions on hi
 gh-resolution terrain and hydrology datasets at re...\n\n-----------------
 ----\nNovel Data Fusion Framework for Classifying Heterogeneous Cities of 
 the Global South\n\nBardhan\n\nIntra-urban variations are an essential par
 ameter for deriving a city’s sustainability asymmetries, variability of cl
 imate-related risks and resilience and ultimately deciding future climate 
 actions. Yet techniques to robustly classify intra-urban forms automatical
 ly from open-source database ...\n\n---------------------\nBetter Data, Gr
 eater Relevance: Pushing the Bounds of Decarbonization Pathways Modeling\n
 \nMcCollum\n\nModels exploring pathways to deep decarbonization of the glo
 bal energy and land-use systems depend on large amounts of data. These dat
 a needs span a number of dimensions (technological, economic, policy, envi
 ronmental, and social), and, for reasons of tractability have always tende
 d to be limited in...\n\n\nDomain: Climate, Weather and Earth Sciences, Co
 mputer Science and Applied Mathematics, Humanities and Social Sciences, En
 gineering
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