@techreport{oai:ipsj.ixsq.nii.ac.jp:00242127,
 author = {松本, 拓海 and 大西, 真晶 and 坂野, 遼平 and 山口, 実靖 and Takumi, Matsumoto and Masaaki, Ohnishi and Ryohei, Banno and Saneyasu, Yamaguchi},
 issue = {30},
 month = {Jan},
 note = {自然災害が多い日本において，災害の発生検知と一次対応者への通報が重要である．しかし，既存の通報システムは有線通信ネットワークに依存しており，災害の度にケーブルの損傷や断線の危険性がある．そのため，災害通信専用の国土規模無線メッシュを構築し，そうした断線リスクを回避することが求められる．そこで我々は，建物内の防災設備群による建物内無線メッシュネットワークの構築を目指し，耐障害性と低遅延を満たす通報経路の生成手法を提案した．この手法により，無線メッシュネットワーク内の閉路を網羅的に検出することで，一次対応者と通報元をつなぐ完全非重複な2経路を確保することができる．本考察では，シミュレーション実験により，通信途絶端末発生率を評価した．, In Japan, which is prone to natural disasters, it is important to detect the occurrence of disasters and to notify the first responders. However, existing notification systems rely on wired communication networks, and there is a risk of cable damage or disconnection by disaster. Therefore, it is necessary to construct a nationwide wireless mesh network dedicated to disaster communication to avoid such disconnection risks. To this end, we proposed a method for generating a notification route that satisfies fault tolerance and low latency, aiming to construct a wireless mesh network by disaster prevention facilities in buildings. By the proposed method, we can detect all cycles in the wireless mesh network, thereby ensuring two completely non-overlapping routes connecting the primary responder and the source of the disaster notification. In this paper, we evaluate the rate of communication disruption by conducting simulation experiments.},
 title = {異常通知無線メッシュ網における全域閉路群生成法と耐障害性に関する考察},
 year = {2025}
}