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第22回 ロボット聴覚特集 - 奥乃研究室 - 京都大学

第22回 ロボット聴覚特集 - 奥乃研究室 - 京都大学

第22回 ロボット聴覚特集 - 奥乃研究室 - 京都大学

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社 団 法 人 人 工 知 能 学 会Japanese Society forArtificial Intelligence人 工 知 能 学 会JSAI Technical ReportSIG-CHallege-0522-10 (10/14)”EMIEW”Auditory Ability of Human-Symbiotic robots ”EMIEW” (() ) (() )Masahito TOGAMI,Akio AMANO,Hiroshi SHINJO,Ryota KAMOSHIDA(Hitachi, Ltd., Central Research Laboratory),Junichi TAMAMOTO,Saku Egawa(Hitachi, Ltd., Mechanical Engineering Research Laboratory){mtogami,amano,shinjo,ryota-k}@crl.hitachi.co.jp,{saku.egawa.kv,junichi.tamamoto.xs}@hitachi.comAbstractSound source localization and distanttalk recognition are essential functionsfor human-symbiotic robots. We describemethodology of sound source localizationbased on sound sources overlapjudge and adaptation method for minimumvariance beam-former based on frequencysegregation in this paper. Theseauditory functions are implemented in”EMIEW”(Excellent Mobility and InteractiveExistence as Workmate).1 , , , , , , , , , , , , , , , , , ,EMIEW(Excellent Mobility and InteractiveExistence as Workmate) , EMIEW , [1]• • , • [2]• ,EMIEW , , [3] , , , , , , , , ,2 ,EMIEW 3 , ,4 59

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