Associate ProfessorHead of magnetic energy harvesting project, Shinshu University.He received the PhD degree from Kyushu University, in 2006.His fields of interest include sensor, shielding, and energy harvesting. Experimentalsetupofmagnetocardiographysystem.Ourhighsensitiveinductiongradiometer(IG)candetectthemagneticfieldfromhumanheart.Itdoesnotrequireliquidheliumandnitrogen.Magnetic Energy Harvesting Project,Shinshu University.Magneticenergyharvestingproject,ShinshuUniversity.News&TopicsinthishomepagearewrittenbyEnglishlanguage.URL : http://www.shinshu-u.ac.jp/project/kankyojikai/ Almostgraduatedstudentswillbeakeypersoninacompany.Thefieldsofcompanyarenotonlylimitedtoelectricalandelectronics,butalsoinstrumentation,medical,infrastructureandsoon.Becauseapplicationsofmagneticshelpourmodernlife,engineersrelatedtomagneticsareveryimportant.Kunihisa TashiroIn the FutureAfter GraduationWeareresearchingenergy,sensor,actuatorandshieldrelatedtomagneticphenomena.Althoughmagneticfieldsareinvisible,humangenerateweakmagneticfieldswhichcorrespondtohumanactivity.Oneofresearchthemeisdevelopmentofmagnetocardiographysystem,detectionofmagneticfieldfromhumanheart,whichconsistsofsimplemagneticsensorsandshield.Inthissystem,magneticfieldsaroundpowerlinesandelectricappliancesareundesirednoise.Fromadifferentpointofview,wehavealsoproposedanovelproject,magneticenergyharvesting.Becausepowerlineisalifelineforourmodernlife,wefocusonthemagneticfieldasasourceofenergyharvesting.Thisenergycouldbere-usedforpowersourcesinvarioussystemwithwirelesssensornetworks.Itmakesthissystemfreefrombattery.Wecanalsousemagneticfieldoritsenergyasaninformationofhumanactivity.Ouridealistocontributetothehumanhappinesswithourresearchresults.Electrical& ComputerEngineeringResearch on Information Technologies from “Image Processing”, “3D Data Processing” to “Evolutionary Multi-objective Optimization”.TanakaLab.hasbeenworkingonawiderangeofinformationprocessingtechnologies,forexample,“ImageProcessing”,“ImageCompression”and“ImageClassification”,“3DDataProcessing”for3Dvectordatacapturedbynewmeasurementdevicessuchasdrone,“DataHiding”forsecurityofmultimedia,interpretationof“HumanVisualPerception”,“Multi-objectiveOptimization”using“EvolutionaryComputation”inspiredfromthenaturalevolutionoflivingthings,andtheirapplicationsforcreationsofinnovation.Tanakalab.hasbeendoingseveraljointworksthroughcollaborationwithcompaniesand/orforeignresearchgroups.Prof.TanakahasacceptedanumberofforeignstudentsandresearchersfromdifferentcountriesinhisLab.“Theresearchon“EvolutionaryMulti-objectiveOptimization”,whichuses“EvolutionaryComputation”tosolveoptimizationproblemsincludingmultipleobjectivefunctionshasbeenmainlyconductedwithFrenchresearchgroupslikeINRIA,Lille1UniversityandUniversitéduLittoralCôted'Opale(ULCO),CINVESTAVinMexico,andJožefStefanInstituteinSlovenia.Theresearcheson“ImageProcessing”and“DataHiding”havebeenconductedwiththeresearchgroupsinUniversityofMalayaandMonashUniversity(offshorecampus)inMalaysia.Academicexchangebyresearchersandstudentshasbeenactivelyachievedthroughtheinternationaljointresearches.Thealumniofourlaboratoryarecurrentlyworkingasresearchersanddevelopmentengineersatmanufacturingcompaniesinwiderangeofareassuchaselectrical,electricity,communication,informationprocessing,machinery,electricdeviceandmedicalsystem.SomeofthemarefacultymembersinuniversitiesincludingShinshuUniversity.ProfessorHe has worked at Shinshu University since 1997. Currently, he is the Vice-President of Shinshu University in charge of international affairs, as well as the director of Global Education Center.He has put great effort into global education and international academic exchange with universities and research centers abroad.Shinshu Univ. has signed the agreement for academic cooperation and exchange with INRIA, which is the most prestigious research institute in France. (From the left, 1st: Dr. Marc Schoenauer, 3rd: Prof. Tanaka, 5th: Dr. Michel Cosnard, Chairman and CEO of INRIA) Kiyoshi TanakaIn the FutureAfter GraduationThe concept of problem-solving using Evolutionary Computation for large scale/many-objective optimization problem; derivation of the set of optimal solutions in the management and the operation of complicated system.Electrical& ComputerEngineering
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