@techreport{oai:ipsj.ixsq.nii.ac.jp:00224841,
 author = {竹内, 健 and 才所, 敏明 and 四方, 順司 and 佐藤, 俊雄 and 佐古, 和恵 and 甲藤, 二郎 and 佐藤, 拓朗 and Masaru, Takeuchi and Toshiaki, Saisho and Junji, Shikata and Toshio, Sato and Kazue, Sako and Jiro, Katto and Takuro, Sato},
 issue = {27},
 month = {Mar},
 note = {Beyond  5G/6G  の時代には，超多数・多種な貨物ドローン等の移動体の密な空間での協調稼働による時空間の有効活用が期待され，多数の移動体間でのセキュリティを確保し周波数資源を節約した上での高頻度・低遅延な相互通信が求められる．本報告では「通信効率性の高い認証方法」と「信頼性の高い位置情報の生成・記録方式」を組み合わせた「移動体の衝突防止のためのシナリオ」の為のシステム及び，「通信効率性の高い認証方法」と「柔軟性が高く検証可能な属性提示方法」を組み合わせた「物資管理のためのシナリオ」の為のシステムを検討し，プロトタイプシステムを構築し，その有効性について評価を行う．, In the era of Beyond 5G/6G, effective use of space-time is expected by cooperative operation of a large number and variety of mobile objects such as cargo drones in a dense space, and high frequency and low latency intercommunication is required to ensure security and to save frequency resources among many mobile objects. In this paper, we examine a system for a "scenario to prevent collision of mobile vehicles" that combines "an authentication method with high communication efficiency" and "a reliable location information generation and recording method" and a system for a "scenario to manage supplies" that combines "an authentication method with high communication efficiency" and "a flexible and verifiable attribute presentation method". We propose and develop prototype systems for these scenarios and evaluate them.},
 title = {超多数・多種移動体による人流・物流のためのセキュリティ基盤技術の検討},
 year = {2023}
}