工学部_研究紹介_2019_英語版

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TomidaLabWeliveinaworldfulloflight.Wecanseethethingsaroundusbylight.Lightgivesusinformation,suchascolors,shapes.Lightiselectromagneticradiationthatisvisibletotheeye.ElectromagneticwavewhichisnotseeninoureyesaretheInfrared,theUltraviolet,theX-rayandetc..Ifyouwereabletoseealsoelectromagneticwavesotherthanlight,thentheworldaroundyouchangegreatly.Wearenotpossibletoseetheelectromagneticwavesotherthanlight,butbymakinguseofaspecialdetectorcanseethem,weareabletoknowtheinformationthatcannotbeobtainedbyeyes.InTomidalaboratoryisdevelopinganapparatusformeasuringfineparticlesthatfloatingintheairbyusingtheUVlaser.Thistechnologyisexpectedsuccessintheengineeringfield.Moreover,applicationsinvariousfieldssuchasphysics,earthscience,andagriculturearealsoexpected.Bypursuingthepossibilityofelectromagneticwavesinvisibletotheeye,youcanseethenewworldthatwehaveneverseen!Development of the Measuring Device Using Light for the Natural InformationTakayuki TomidaAssistant Professor 2014: Assistant Prof. (Shinshu)2012: Postdoctoral (RIKEN)2012: Ph. D (U. of Yamanashi)2008: MS (U. of Yamanashi)2006: BE (U. of Yamanashi)have done around the study of ultra-high energy cosmic rays and laser remote sensing. Thestudentsdotheplanningofmethod,strategyandexperimentforthemethatisgivenundergraduatestudentsinthese-study.Progressinthestudywillbediscussedatthemeetingbiweekly.Inthisway,youwillbeabletomasterthecomprehensiveabilitytopromoteasthecenteroftheproject,andincreasetheappliedskillsthatcanplayanactivepartinsociety.Designofremotesensingdeviceusinganultravioletlaser:Observethefluorescencefromsuspendedmatterintheairbyirradiationofultravioletlaser.Photosofobservationandobservationsystem.After GraduationIn the FutureElectrical& Computer EngineeringPrototypegenerationtool:theWebapp.modelinUnifiedModelingLanguageistransformedintoUserInterfaceprototype.Automatic generationModelSoftwareOgata LabModelingrequiresanabstractionability.Enterprisesforsoftwaredevelopmentlookforengineerswiththisability.Youcantrainthisabilityinourlab.Dr.ShinpeiOgataAssistant Professor since 2012. He received PhD degree in engineering from Shibaura Institute of Technology. His research areas are model-driven engineering and requirements engineering.Model-DrivenEngineeringforEnhancingSoftwareUsabilityOurresearchesfocusonhowtoenhancesoftwareusabilitysystematicallyandefficientlyatanearlystageofsoftwaredevelopment.TheValidationandVerification(V&V)ofsoftwarerequirementsareveryimportant.However,theircostisexpensivebecauseoffrequentmanualinspectionsand/orprototypecreation,etc.Therefore,V&Vactivitysupportattheearlystageisneeded.Wehavechallengedtorealizetoolssuchas“model-basedusabilityevaluationtool”and“prototypegenerationtool”,etc.sothatusabilitycanbeevaluatedefficiently.Variousdevicessuchassensorsand/ortouchdisplay,smartphones,etc.havebeenusedinbusinesswidely.Therefore,theusabilityoftheApplicationsusingvariousdeviceswillbeveryimportantinthefuture.Ourresearchwillcontributetotheefficientconstructionofusablesoftware.After GraduationIn the FutureElectrical& Computer Engineering39