（査読付き会議）
Keisuke Uehara,Takamichi Teraoka,Yasuhito Watanabe,Hideki Sunahara,Osamu Nakamura,Jun Murai
A system architecture for continuous mobility of Internet-connected computers is designed and proposed. The architecture considers network transparency, geographical location transparency, and performance transparency, with strong support for mapping between an identifier space of the Internet and geographical location information. The architecture is defined by 1) identifier space support functions, 2) continuous Internet connectivity functions, and 3) performance transparency functions. Two experimental systems are implemented based on the architecture and are tested. The systems achieve continuous mobility in practical environments for automobiles connecting to the Internet, and in classrooms with about 40 roaming students.
