■工学部_研究紹介_2017_英語版ファイル161220

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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 EngineeringYamazakiLabIn the Yamazaki Laboratory, we study about understand and analyze a image by computer.To understand and analyze digital image mathematically, we study mathematical morphology based on set theory, lattice theory, topology and probability theory.Imageprocessingisusedforflawdetectionandrecognitionprocessinginthemanufacturingprocess.Theprecisioninstrumentisverycomplicatedthenhumanbeingstillinspectstheproductinmanyprocess.Asforthehumanbeing,understandingacompleximageisearlierthanacomputer,especiallyitisdifficulttounderstandaimagebyacomputerwhenthesampleimagedoesnotexists.Inmanycase,itisimportantthatcomputerimageprocessingforflawdetectionandcontrolthequalityofaproduct.Weverifyimageprocessingmathematicallyandtomakeacomputerunderstandaimagelikeahumanbeing.Onverificationofmathematicalmorphologyandimageprocessing,weparticipateinaninternationalinvestigationproject,thataimistomakelibraryofformalizedtheoremsandtheproofofallmathematics.Andwesystematizingthisknowledgeonmathematics.The image processing is a technique to be required in many fields and very important.Hiroshi YamazakiResearch AssociateHas been on the faculty in the Dept. of Computer Science and Engineering since 1997.Are interested in Formalization of Mathematics, Computer Aided Verification and Mathematical Image Understanding.Mathematical Image UnderstandingAcomputerscienceengineertheyhavelogicalandmathematicalthinkingskills.Theycansolveanyproblemandcreatenewthings.After GraduationIn the FutureElectrical& Computer EngineeringHow many triangles is there?39

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