工学部_研究紹介_2020_英語版
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Electrical& Computer EngineeringIn the FutureAfter GraduationTsutomu MizunoByusingwirelesspowersupply,chargingcordisnotrequired.Wirelesspowertransfertechnologyisusefulfortheelectriccarandtherobottobeusedinthemedicalfield.Wirelesspowertransfercanbepoweredwithoutconnectingconductors,byconvertingelectricalenergyintomagneticenergy.Ifthistechnologyisappliedonthewallsofahouse,wewillbeabletopowerhomeapplianceswithoutconnectingthemtopoweroutlets.However,theefficiencyofpowertransferislow,sowearestudyingtoimproveitbydevisingthewireusedandthestructureofthecoil.Wearetryingtoimprovethetransferefficiencybyre-analyizingwiresandtheshapeofcoilsthatareusedforwirelesspowersupplies.Withthistechnology,chargingcordswilldisappearfromhome,andthebatteriesforrobotsusedinthemedicalfieldwillnolongerbeneeded.Thusourresearchisverymeaningful,andwearestudyingeverydaytowardthefuturecordlesssociety.Graduatesofourlaboratoryareactiveinvariousfields,butmanyareworkinginelectricpowercompaniesandmanufacturers.Weeducateourstudentstobecomethefutureresearchleaderswiththedisciplineandsophistication.ProfessorResearchfield:linearmotor,electromagneticactuator,electromagneticsensor,powerconversiondevice.Wireless Light Bulbs:the mystery of electromagnetismBulblightswirelessly.Brightnesschangeswhenyouchangethedistancebetweenthetwocoils.Electrical& Computer EngineeringIn the FutureAfter GraduationMinoru MaruyamaMultimodalsiamesenetworkarchitecturewhichembedsimage-basedandtext-basedfeaturesintoaunifiedvectorspaceAnexampleofimagesearchbasedonmultimodalanalogy.InMaruyamaLab.,ourresearchfocusesonmachinelearningtechniquesforvisualinformationunderstanding&processing.We,human,caneasilyrecognizeandunderstandthecontentsincludedintheimage.Thisabilityisimprovedthroughlearningfromoureverydayexperience.Ourresearchgoalistoprovidingsuchsignificantabilitytocomputer.Forthatpurposewemainlyinvestigatingdeeplearningtechniquesforimageunderstanding,contentbasedimagesearch,patternrecognition,3Drecoveryfromimages,andcomputergraphics.We are investigating machine learning techniques for visual information understanding. Especially we are studying deep learning techniques for acquiring appropriate latent representations. Our research interest also include computer graphics such as photo-realistic rendering algorithms. These techniques can be used for various kinds of applications including content based image query on the web, human-computer interaction. Over half of the graduates go to graduate school (master program of ShinshuUniversity).Graduates of our lab are employed by electronics companies, IT companies, including video game companies etc. Many graduates are working as software/IT engineers. ProfessorSince 1996, he is with ShinshuUniv. Before joining Shinshu Univ., he was with Mitsubishi Electric Corp. 1990-1991, he was a visiting scientist of Artif. Intell. Lab., MIT Learning Latent Representation for VisualInformation Understanding35

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