Field Tests of Non-linguistic Sightseeing Support System in Tokyo Tama Area

カテゴリ：研究会(論文単位)

論文No：PI25073

グループ名：【C】電子・情報・システム部門 知覚情報研究会

発行日：2025/12/23

タイトル(英語)：Field Tests of Non-linguistic Sightseeing Support System in Tokyo Tama Area

著者名：Abe Shinya (Tokyo Metropolitan Industrial Technology Research Institute),Yoshitsugu Nagi(Tokyo Metropolitan Industrial Technology Research Institute),Yamamoto Kayoko (The University of Electro-Communications)

著者名(英語)： Shinya Abe(Tokyo Metropolitan Industrial Technology Research Institute),Nagi Yoshitsugu(Tokyo Metropolitan Industrial Technology Research Institute),Kayoko Yamamoto(The University of Electro-Communications)

キーワード：sightseeing support system,user interface,non-linguistic information,language-barrier-free,augmented reality,sightseeing support system,user interface,non-linguistic information,language-barrier-free,augmented reality

要約(日本語)：In Japan, sightseeing support systems are being equipped with multilingual interfaces as part of efforts to accommodate tourists from various countries. However, it is challenging to cover a sufficient number of languages in such "multilingualization" efforts. Against this backdrop, we developed a sightseeing support system that is free of language barriers. Its main feature is that the user interfaces are implemented using only non-linguistic information such as pictograms, images, and Arabic numerals. Field tests conducted in the Tokyo Tama area demonstrated that the system can properly guide tourists.

要約(英語)：In Japan, sightseeing support systems are being equipped with multilingual interfaces as part of efforts to accommodate tourists from various countries. However, it is challenging to cover a sufficient number of languages in such "multilingualization" efforts. Against this backdrop, we developed a sightseeing support system that is free of language barriers. Its main feature is that the user interfaces are implemented using only non-linguistic information such as pictograms, images, and Arabic numerals. Field tests conducted in the Tokyo Tama area demonstrated that the system can properly guide tourists.

本誌：2025年12月26日知覚情報研究会

本誌掲載ページ：11-15p

原稿種別：英語

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