@article{oai:repo.qst.go.jp:00046953,
 author = {Sawai, Takashi and Uzuki, Miwa and Miura, Yasuhiro and Kamataki, Akihisa and Matsumura, Tsubasa and Saito, Kenji and Kurose, Akira and R, Osamura Yoshiyuki and Yoshimi, Naoki and Kanno, Hiroyuki and Moriya, Takuya and Ishida, Yoji and Satoh, Yohichi and Nakao, Masahiro and Ogawa, Emiko and Matsuo, Satoshi and Kasai, Hiroyuki and Kumagai, Kazuhiro and Motoda, Toshihiro and Hopson, Nathan and 吉見 直己},
 journal = {Journal of Pathology Informatics},
 month = {Jan},
 note = {Recent advances in information technology have allowed the development of a telepathology system involving high-speed transfer of high-volume histological figures via fiber optic landlines. However, at present there are geographical limits to landlines. The Japan Aerospace Exploration Agency (JAXA) has developed the "Kizuna" ultra-high speed internet satellite and has pursued its various applications. In this study we experimented with telepathology in collaboration with JAXA using Kizuna. To measure the functionality of the Wideband InterNet working engineering test and Demonstration Satellite (WINDS) ultra-high speed internet satellite in remote pathological diagnosis and consultation, we examined the adequate data transfer speed and stability to conduct telepathology (both diagnosis and conferencing) with functionality, and ease similar or equal to telepathology using fiber-optic landlines.},
 title = {World's first telepathology experiments employing WINDS ultra-high-speed internet satellite, nicknamed "KIZUNA".},
 volume = {4},
 year = {2013}
}