@techreport{oai:ipsj.ixsq.nii.ac.jp:00213261,
 author = {松本, 多恵 and Tae, Matsumoto},
 issue = {2},
 month = {Oct},
 note = {日本国内には，今にも崩壊・倒壊しそうな古民家が点在し，不審者侵入，火事，災害など安全を維持する必要性が高いため放置できない状況にある．しかし，課題は再生の担い手不足である．経験を積んだ大工（以下，匠と表記）に弟子入りをして，技術を習得する徒弟制度が行われてきたが，匠個人が持っている，頭の中や身体に染み付いているもの，長年の経験や勘，直観等の暗黙知が次世代の技術伝承に大きな課題となっている．暗黙知は，言葉で伝えることが難しく，暗黙知の解明無しに技術伝承は成立しない．本研究は，古民家再生通して，匠の暗黙知を身体知と頭脳知に分類・整理し，暗黙知の解明を図るとともに，匠技術を効率的に伝承するシステムの構築を試みた．, In Japan, there are many old traditional houses that are likely to collapse and collapse at any time, and there is a situation that cannot be left unattended because there is a high need to maintain safety such as suspicious person invasion, fire, disaster, etc. However, the problem is the lack of a bearer of regeneration. Traditionally, carpenters have been apprenticed to master carpenters (apprenticeship system) to acquire skills. Tacit knowledge is difficult to convey in words, and without the clarification of tacit knowledge, the transmission of technology is not possible. The problems and issues around are well documented within various kinds of industries. In this study, through the refurbishment of old traditional houses, we classified tacit knowledge into physical knowledge and brain knowledge in order to elucidate the tacit knowledge of craftsmen and attempted to construct an efficient system for the transmission of master carpenter techniques.},
 title = {AIを活用したリモート古民家再生～匠の暗黙知（身体知，頭脳知）の可視化と技術伝承～},
 year = {2021}
}