A seawater-quality analysis semantic-space in Hawaii-Islands with multi-dimensional world map system
Yasushi Kiyoki, Asako Uraki, Chalisa Veesommai · 2016
Semantic computing is one of the important and indispensable approaches to analyze various kinds of environmental phenomena and its changes in the real world. In this paper, we present “A Seawater-Quality Analysis Semantic-Space in Hawaii-Islands with Multi-Dimensional World Map System” to realize a global and environmental analysis for ocean environment with the multi-dimensional world map system. This space makes it possible to express environmental features of seawater, and to calculate its temporal and geographical changes from the viewpoint of semantics of the environment. We implemented and applied a new semantic-space for seawater-quality to the multi-dimensional world map system as a first experimental study focusing on seawater-quality data in Hawaii-Islands to show the feasibility and effectiveness of our concept.