@techreport{oai:ipsj.ixsq.nii.ac.jp:00145204,
 author = {中島, 幸一 and 清尾, 克彦 and 北上, 眞二 and 汐月, 哲夫 and 小泉, 寿男 and Kouichi, Nakajima and Katsuhiko, Seo and Shinji, Kitagami and Tetsuo, Shiotsuki and Hisao, Koizumi},
 issue = {10},
 month = {Sep},
 note = {鳥獣による農作物の被害額は年々増加している.光,音,花火を用いた威嚇装置の設置などの対策がされているが,効果が続かない.特に上空から飛来するカラスなどの害鳥による被害を受けないように常に監視し防除対策をすることは困難である.広大な面積の圃場,特に果樹園の上空全体をネットやワイヤーで覆うにも施工や材料費,維持費など非常にコストがかかる.本研究では鳥獣が出現する広大なエリアの被害を未然に防ぐために,昨今急速に普及している UAV(Unmanned Aerial Vehicle) を用いている.本論文では,鳥獣被害対策の UAV に必要な要求仕様を示し,それを解決する監視・防除 UAV システムを提案する.本システムでは,監視カメラにより広範囲を常時監視しておき,鳥獣の侵入検知情報をもとに速やかに管理者に通知し出現エリア周辺を周回飛行させることで鳥獣を追い払う.本研究では安定飛行を重視した UAV の試作機を開発した.本研究では本システムを埼玉県の葡萄園に適用して評価を行った., The cost of damage to agricultural crops by birds and animals has continued to increase. Although countermeasures are taken by light, sound, and pyrotechnics in threatening devices, such devices do not have persistent effects. Particularly, damage prevention by constant monitoring of pest birds such as crows coming from the sky is difficult. Covering the entire sky above a broader area agricultural field, such as an orchard, with nets or wires needs enormous costs for installation, materials, and maintenance. It needs to prevent damage over wider areas where birds and animals appear. In this paper, at first we define the necessary specifications are made for unmanned aerial vehicles (UAVs) used for bird and animal damage countermeasures, and then we propose Unmanned Aerial Vehicle Systems for Monitoring and Prevention of Bird and Animal Damage. In this system, wider areas can be monitored at all times using cameras, and the detected bird and animal invasion information is notified promptly to a person responsible. Then the vehicle flies and hovers around the area of detection to expel birds and animals. In this study, we developed a test UAV with capability of stable flight. We applied the test UAV to a vineyard in Saitama Prefecture, and are evaluated it.},
 title = {鳥獣被害対策用監視・防除UAVシステムの開発と評価},
 year = {2015}
}