文献一覧: Hiromi Okada (著者)

5 0 0 0 IR 本学所蔵貴重和装本(和歌・物語)の書誌調査報告 : 竹取物語絵巻・伊勢物語・湖月抄・今物語・馬名合・勅撰集・仮名文字遣・自讃歌 : 付:白戸満喜子「共立女子大学図書館所蔵古典籍の料紙観察に関する報告書」

著者: 岡田ひろみ咲本英恵内田保廣菅野扶美 Hiromi Okada Hanae Sakimoto Yasuhiro Uchida Fumi Sugano
出版者: 共立女子大学・共立女子短期大学総合文化研究所
雑誌: 共立女子大学・共立女子短期大学総合文化研究所紀要 = Bulletin of Center for Interdisciplinary Studies of Science and Culture, Kyoritsu Women's University & Junior College (ISSN:24341320)
巻号頁・発行日: no.27, pp.41-59, 2021

2021-07-28 19:37:20
5 + 7 Twitter

https://ci.nii.ac.jp/naid/120006993737

3 0 0 0 OA 本学所蔵貴重和装本(和歌・物語)の書誌調査報告 : 竹取物語絵巻・伊勢物語・湖月抄・今物語・馬名合・勅撰集・仮名文字遣・自讃歌 : 付:白戸満喜子「共立女子大学図書館所蔵古典籍の料紙観察に関する報告書」

著者: 岡田ひろみ咲本英恵内田保廣菅野扶美 Hiromi Okada Hanae Sakimoto Yasuhiro Uchida Fumi Sugano
雑誌: 共立女子大学・共立女子短期大学総合文化研究所紀要 = Bulletin of center for interdisciplinary studies of science and culture Kyoritsu Women's University & Kyoritsu Women's Junior College
巻号頁・発行日: vol.27, pp.41-59, 2021-02

2021-04-07 23:09:34
3 + 2 Twitter

http://id.nii.ac.jp/1087/00003403/

2 0 0 0 A Novel Fast Mobile IPv6 Handover Scheme Using Dual Bands in Road-to-Vehicle Communications

著者: Tomotaka WADA Hiroyuki TAKAHASHI Kouichi MUTSUURA Hiromi OKADA
出版者: The Institute of Electronics, Information and Communication Engineers
雑誌: IEICE TRANSACTIONS on Fundamentals of Electronics, Communications and Computer Sciences (ISSN:09168508)
巻号頁・発行日: vol.E95-A, no.1, pp.313-316, 2012-01-01

Many researchers have recently studied various applications such as Inter-Vehicle Communications (IVC) and Road-to-Vehicle Communications (RVC) for Intelligent Transport Systems (ITS). RVC is a key technology that can connect vehicles with the internet through Road Side Units (RSUs). Relative positions between vehicles vary within short periods of time. Neighboring vehicles and barriers cause shadowing that blocks communication for extended periods of time between RSUs and vehicles. We propose a fast scheme of Mobile IPv6 handover using dual-band communications in RVC. This scheme uses ISM and UHF dual bands. It switches to the UHF band during handover or in the shadowing period. We demonstrate that the proposed scheme can establish continuous communications through computer simulations.