@techreport{oai:ipsj.ixsq.nii.ac.jp:00239056,
 author = {丹羽, 了 and 鷹見, 竣希 and 重中, 秀介 and 大西, 正輝 and Ryo, Niwa and Shunki, Takami and Shusuke, Shigenaka and Masaki, Onishi},
 issue = {4},
 month = {Sep},
 note = {本稿では，地震災害時の迅速な避難を目的に，建物倒壊による通路封鎖を考慮した避難口割当のミニマックス最適化手法を提案する．効率的に避難時間の最悪ケースを最適化するためには，多数のシナリオの評価と高い計算コストが課題となるため，重要なシナリオを選択する方法を導入する．実験を通じて提案手法の性能を検証し既存手法と比較する．これにより，災害時の安全な避難計画の策定に寄与する．, This study proposes a min-max optimization method for evacuation exit assignments considering blocked pathways owing to building collapse during earthquakes. The objective is to ensure rapid and safe evacuation in disaster scenarios. In large-scale event venues, evaluating numerous pathway scenarios and managing the high computational costs pose significant challenges. To address these issues, we introduce a method for selecting critical scenarios to optimize the worst-case evacuation time efficiently. Our study verifies the performance of the proposed method through simulations and compares it with existing methods, contributing to the development of effective and safe evacuation plans during disasters.},
 title = {シナリオ選択手法を用いた避難口割当ミニマックス最適化},
 year = {2024}
}