@article{oai:nipr.repo.nii.ac.jp:00006408,
 author = {Murata,Ken T. and Yamamoto,Kazunori and Matsuoka,Daisuke and Kimura,Eizen and Matsumoto,Hiroshi and Okada,Masaki and Mukai,Toshifumi and Sigwarth,John B. and Fujita,Shigeru and Tanaka,Takashi and Yumoto,Kiyohumi and Ogino,Tatsuki and Shiokawa,Kazuo and Tsyganenko,Nikolai A. and Green,James L. and Nagai,Tsugunobu},
 journal = {Advances in polar upper atmosphere research},
 month = {Aug},
 note = {P(論文), We have constructed a new research environment for geo-space science based on 3-D visualization tool and network database; Virtual Earth's Magnetosphere System (VEMS). With an interactive research environment researchers can visually understand structures of the Earth's magnetosphere using VEMS. On the VEMS, computer simulation results and observation data are simultaneously visualized, having a potential to data assimilation for geo-space studies in the future. Since the VEMS deals with time-dependent data, it also helps researchers to study dynamics of the Earth's magnetosphere. We found that immersive data analyses are possible using the VEMS on a virtual reality system.},
 pages = {135--151},
 title = {Development of the Virtual Earth's Magnetosphere System (VEMS)},
 volume = {19},
 year = {2005}
}