Aguirre HernanIn the FutureAfter GraduationEvolutionarycomputationisusedtofindoptimalsolutionstomulti-objective,largescale,complexoptimizationproblems.Evolutionarycomputationsimulatesevolutionanditisappliedtosolveavarietyofdesigninnovationandsustainabilityproblems.Smartpowergrids,intelligentmobilityandtransportationsystems,andintelligentwatergridsarethreekeysystemstowhichevolutionarycomputationcanbeusedtooptimizetheirdesignandimprovetheirsustainabilitytomeettheneedsofthefuture.Additionally,designinnovationinkeyindustries,suchasautomobileandspaceexploration,areareasinwhichevolutionarycomputationwillplayanimportantrole.IntheLaboratorywelearnaboutreal-worldproblem-solvingandoptimizationbycomputationalmeans.Thisrequiresaclearunderstandingoftheproblem,itsmodeling,andthecreationofaprogramtosolveit.Thereisalsoopportunitiestocollaborateinjointresearchwithindustry.Theseactivitiescomplementstheeducationreceivedintheundergraduatecurseandbroadenstheskillsofengineers.ProfessorEcuadorian Engineer. PhD from ShinshuUniversity in 2003. Collaborates actively with in-dustry, promotes international exchange, and conducts joint research with national and international institutions. Evolutionarycomputationusescomputationalmodelsofnaturalevolutiontosolvecomplexproblemsinscienceandengineering.Thecreationofsustainablesystemstomeetourneedswithoutcompromisingfuturegenerationsisasocialchallenge.Itdemandsthedevelopmentofnewtechnologiesandtheredesignofourinfrastructure,balancingenvironmental,economic,andsocietalneeds.Sustainabilityproblemsareintrinsicallycomplex,dynamic,large-scale,spanseveraldisciplines,andrequiremultidisciplinaryeffortsandmethodstosolvethem.Weusethepowerofevolutionarycomputationfordesigninnovationandoptimizationofsolutionstocomplexsustainabilityproblems.Evolutionary Computation for Design Innovation and SustainabilityElectrical& Computer EngineeringElectrical& Computer EngineeringIn the FutureAfter GraduationDavid AsanoInthislab,researchisbeingdoneonawidevarietyofinformationsystems.Withapolicyofcreating“useful”and“easytouse”technology,thegoalistoenrichhumanlifebymakingmundanetaskseasierandmorefun.Mostsystemsaredesignedfromthedeveloper’spointofview,whichtendstomakethemhardtouse.Here,systemdevelopmentisundertakenfromtheuser’spointofview.Examplesystemsarecomputerlearningsystemsandinformationmanagementsystems.Asforembeddedsystems,sensornetworks,liketheoneshownontheright,isamajorresearcharea.Inthislab,researchisalsobeingdoneondigitalcommunicationsystems.Ifseveraldevicescommunicatewitheachother,moreintelligentoperationscanbeperformed.Inthefuture,deviceswillworktogetherwiththeir“friends”.Studentsarecurrentlyworkingonwaystodothis.Graduatesfindemploymentinsuchareasasthesoftware,electronicsandautomotiveindustries.Prof.Asanoteachesstudentsnotonlyaboutresearch,butalsoaboutlifeandsociety,sothattheycanalsoenrichtheirlives.ProfessorGraduatedfromUniversityofToronto,Canada.WorkedattheCommuni-cationsResearchLabora-toryoftheMinistryofPosts&Telecommunica-tionsbeforejoiningShinshuUniversityin1996.ICT/Embedded Systems toImprove Daily Lifesensorterminaltransponderwirelesstransmissionserver17
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