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UID:pretalx-foss4g-asia-2024-TUJLSB@talks.geoinfo-lab.org
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DESCRIPTION:“toeng.net”\, which we announced at FOSS4G-ASIA 2023 Seoul\
 , will be launched as “MSpace.E”.\nMSpace.E is a comprehensive urban e
 nvironment analysis platform using 3D city models. This platform integrate
 s simulations of shadows\, building surface shadows\, noise\, and wind\, p
 roviding an approach to urban planning and environmental assessment.\n\nKe
 y features include 3D visualization using the Re:earth platform\, environm
 ental analysis integrated with user-provided construction data in IFC\, FB
 X\, GLB\, and 3D Tiles formats\, and newly added functionality for group m
 anagement and sharing of analysis results. Users can analyze the environme
 ntal factors within a selected area\, and by utilizing the PLATEAU 3D city
  model\, more accurate analysis is possible by taking into account existin
 g building structures. \n\nIn the case of  shadow analysis\, users can sel
 ect analysis options\, specify the range\, set parameters\, and receive th
 e results in the CMZL file format. In addition\, users can upload their ow
 n construction data and visualize it in 3D on Re:earth. Group management a
 nd result sharing functions make team collaboration easier. We also discus
 s a comparison of the implementation and performance of MSpace.E with the 
 toeng.net prototype published last year. Application areas include urban p
 lanning for optimal building placement and public space design\, environme
 ntal impact assessment of architectural projects\, and energy-saving strat
 egy planning at the urban scale.\n\nMSpace.E is a powerful platform for mu
 lti-faceted analysis and visualization of complex urban environments. It e
 nables comprehensive urban environment simulation\, strongly supporting de
 cision-making for sustainable urban development.\nJoin us at mspace.apptec
 .co.jp!
DTSTAMP:20260915T113119Z
LOCATION:Auditorium Hall 1
SUMMARY:MSpace.E: Advanced Urban Environment Simulation Platform - NGUYEN V
 AN THIEN\, Hirofumi Hayashi\, iizukatoshiaki\, Hirosawa Kunihiko
URL:https://talks.geoinfo-lab.org/foss4g-asia-2024/talk/TUJLSB/
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