IoT×GISのシステム環境:5D WORLD MAP SYSTEM

書誌事項

タイトル別名
  • Global-Environmental System Architecture with IoT×GIS: 5D WORLD MAP SYSTEM
  • IoT×GISのシステム環境 : 5D WORLD MAP SYSTEM : グローバル環境知識共有・検索・分析可視化システムの実現
  • IoT × GIS ノ システム カンキョウ : 5D WORLD MAP SYSTEM : グローバル カンキョウ チシキ キョウユウ ・ ケンサク ・ ブンセキ カシカ システム ノ ジツゲン
  • —Realization of global environment knowledge sharing-integration-search-analysis and visualization system—
  • -グローバル環境知識共有・検索・分析可視化システムの実現-

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抄録

<p>The 5D World Map System, the Mathematical Model of Meaning technique (MMM) and their applications create new analytical system environments with the SPA concept (Sensing, Processing and Actuation) for the "Global Knowledge Sharing, Analysis and Visualization". 5D World Map System is a knowledge sharing, analysis and visualization system for realizing Global-Environmental Analysis with the integration of various environmental phenomena. We have proposed the 5D World Map System to collect and facilitate various social and natural-environmental information resources, which are characteristics of infrastructure, disaster, traffic, water and energy supply. The collaborative research activities are promising for approaching to the global architecture of a multi-visualized knowledge analysis and sharing system "5D World Map System," applied to "environmental data analysis and visualization. The basic dimensional space of this system consists of a temporal (1st dimension), spatial (2nd, 3rd and 4th dimensions) and semantic dimensions (5th dimension, representing a large-scale and multiple-dimensional semantic space that is based on our semantic associative computing model (MMM: The Mathematical Model of Meaning)). This system is effective to make a progress of "global-environmental analysis" with cyber-physical system integration for detecting and analyzing natural and social environmental phenomena. The 5D World Map System is globally utilized as a Global Environmental Semantic Computing System for SDGs 9, 11, 14, United-Nations-ESCAP.</p>

収録刊行物

  • GIS‐理論と応用

    GIS‐理論と応用 27 (2), 107-114, 2019-12-31

    一般社団法人 地理情報システム学会

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