@techreport{oai:ipsj.ixsq.nii.ac.jp:00036906,
 author = {稲見, 昌彦 and 関口, 大陸 and 舘, ? and Masahiko, Inami and Dairoku, Sekiguchi and Susumu, Tachi},
 issue = {9(2002-HI-102)},
 month = {Jan},
 note = {本研究は無臭の都市ガスに人為的に臭気を付加することにより，周囲の人に危険を察知させているように，放射性物質・一酸化炭素・花粉等本来は無臭の化学物質・環境情報をセンサにより検出し，濃度に応じ有臭物質を放出することにより人の嗅覚機能を拡張する新たなインタフェースを提案する．, In Augmented Reality (AR), artificial information is captured from the real world by some sort of a sensor, and displayed through our existing sensing channels. Hence, the users virtually acquire the physical ability of the sensor as their own. In this paper we propose the concept of the AR of olfaction (Augmented Olfaction), in order to smell odorless substances such as CO, CO2, pollen and radioactivity. The system is essentially composed of an olfactory display and a sensor. When detecting a substance, information acquired by the sensor is translated into olfactory sensation by odoriferous gas.},
 title = {嗅覚におけるオーグメンテッドリアリティの研究},
 year = {2003}
}