Research to explore the conditions for easy operation using an interaction system in which the user touches the aerial image with a finger.Thereductioninphysicalburdenwhenwearingfan-equippedclothingwasevaluatedbasedonmeasurementssuchasbodytemperature,skintemperature,andheartrate.Toevaluatetheheatdissipationeffectoffan-equippedclothing,thetemperaturechangesateachbodypartweremeasuredusingathermalmanikin.Research on a method of stacking two stereo displays so that the correct depth can be perceived regardless of individual visual characteristics.AssociateProfessorMIZUSHINAHarukiHereceivedthePh.D.degreeinengineeringfromTokyoInstituteofTechnologyin2003.Currently,hehasbeenanassociateprofessoratShinshusince2024.Hismainresearchvisualareasdisplaysciencetechnology.Assistant ProfessorMARU HirokiDr.MarureceivedhisPh.DinformShinshuEngineeringUniversity.Hehistookcurrentpositionin2022afterworkingasalectureratJapanWomen’sUniversity.ofHistextileresearchsensoryengineering,engineering,measurementandclothingphysiology.principalareasincludeIfwecanclarifywhatdeterminesrealismandcomfort,wecanapplythistodisplaytechnologytorealizemorerealisticandcomfortableimages.Inrecentyears,newdisplaytechnologiessuchas3Ddisplaysandaerialdisplayshavebeenproposed.Ifwecanmakethesemoreuser-friendly,wemaybeabletorealizeafutureworldliketheoneinsciencefiction(SF)movie.Ourlaboratorywillfocusonfosteringachallengespiritandsupportforthispurpose.Wealsoactivelypresentexternally,includingdomesticallyandinternationally.Theskillsacquiredinourlaboratoryareapplicabletoanyindustry.Itisimportanttoconsiderhowtextileproductsshouldbedevelopedfromtheperspectiveofeachindividualconsumer.Textilesandapparelwithvariousfunctionsaresubjectedtoperformanceevaluationtestsbeforebeingdistributedtothemarkettoensurethattheymeetthefunctionalrequirementsofconsumerlife.Ourlaboratorybelievesthataproperunderstandingoftheevaluationmethodsoffunctionalityandtheirevaluationcriteriabasedontextileengineeringandananalysisoftheevaluationresultswillprovidehintsfordesigningproductsthataremoreconsumer-friendly.Displaytechnologiesshouldbebasedonanunderstandingofhumanvisualmechanism.Forexample,imagesthataredifficulttosee,imagesthataretiringtowatch,andVRimagesthatlackasenseofrealismcouldbeimprovedbyconsideringhumanvisualmechanism.Inaddition,newtechnologiessuchas3Ddisplaysandaerialdisplayshavethepotentialtobewidelyusedbyfingthemtohumancharacteristics.Ourlaboratoryaimstoproposenewhuman–friendlydisplaytechnologiesbyunderstandingvisualmechanismsusingpsychophysicalapproachesandbehavioralmeasurement.UniversityhumanandareOutlook for researchOutlook for students after graduationoutcomesresearchourOutlook for researchToguaranteethequalityoftextilesandapparel,whichareconstantlyevolving,itisessentialtoupdateevaluationstandards.Webelievethatourresearchonevaluationtechnologywillleadtothecreationofnewvalueforconsumers.Outlook for students after graduation"WenurturecreativetalenttopioneerfuturetextilesbyintegratingtextileandKanseiengineeringwithspecializedknowledgefromJapan'sonlytextilefaculty."Department of �����Advanced Textile andKanseiEngineeringDepartment of �����Advanced Textile andKanseiEngineering14Measuring sensation and function, connecting people and products, life and technology.Human-friendly display technology by understanding human vision
元のページ ../index.html#16