14Degree・Bachelor of ScienceDegrees・Bachelor of Engineering・Bachelor of EngineeringResearch AreaNonlinear Differential EquationsNonlinear Partial Differential EquationsGeometryFunctional Analysis, Nonlinear Partial Differential EquationsAlgebraic GeometryProbability TheoryNonlinear Partial Differential EquationsTime Series AnalysisMathematical PhysicsAlgebraic CombinatoricsResearch AreaSoftware Engineering, Web-application Development, Agent-Based SoftwareSelf-adaptive Systems, Automated Software Evolution, Automated Program RepairComputer Vision, Discrete Optimization, Pattern AnalysisProcessing, Intelligent RobotWireless Sensing, Wireless Network Systems, Optical Wireless CommunicationWireless Communications and Communications-related Signal ProcessingInformation Security and PrivacyOptical Fiber Communication, Free Space OpticsInfrastractures, Social Platforms, and Interaction Design in Distributed Computing EnvironmentsLIU, JiangMAEHARA, FumiakiMORI, TatsuyaMORITA, ItsuroNAKAJIMA, TatsuoNAKAZATO, HidenoriNetwork Engineering, Distributed ComputingOGAWA, TetsujiPAN, ZhenniSAKAI, TetsuyaPattern Recognition, IoT, Audio and Speech ProcessingGreen Communications, Mobile Communication Systems, Wireless NetworksInformation Access, Natural Language Processing, InteractionNameMURAKAMI, JunNAGAI, YasunariNARITA, HiroakiOGITA, TakeshiOISHI, ShinichiOHMOTO, ToruOHNITA, YoshihiroOZAKI, ManabuSHIMIZU, YasutakaTAKAHASHI, DaisukeTANAKA, KazuakiTANAKA, KazunagaTOYOIZUMI, HiroshiTRINH, Khanh DuyUSUBA, ToshimichiYAMAZAKI, MasaoYONEDA, GenSUGAWARA, ToshiharuMulti-Agent Systems, Distributed Artificial Intelligence, Machine TANAKA-ISHII, KumikoComputational Linguistics, Machine Learning, Complex Systems TEI, KenjiTERAUCHI, TachioTOGAWA, NozomuUCHIDA, MasatoUEDA, KazunoriWASHIZAKI, HironoriWATANABE, HiroshiYAMANA, HayatoYANAGISAWA, MasaoBioinformaticsResearch AreaTopologyAlgebraic GeometryNumber theory and Automorphic formsNumerical AnalysisVerification of Accuracy of Numerical Computations and ApplicationsSingularity Theory, Characteristic Classes, Applied GeometryDifferential Geometry, Harmonic Map TheoryAlgebraic Number TheoryMathematical Statistics and Applied ProbabilityNonlinear Dynamical SystemsReliable Computing with Neural NetworksNonlinear AnalysisApplied ProbabilityProbability Theory and Applied ProbabilityMathematical Logic, Set TheoryPartial Differential EquationsTheory of RelativityResearch AreaNameCryptographic Protocols, Blockchains, Security and Privacy by DesignSAKO, KazueSHIMAMOTO, ShigeruWireless Access, Air and Space Communication, Body Area NetworkSHIMIZU, KanaSIMO-SERRA, EdgarComputational BiologyMachine Learning, Computer Graphics, Image Processing, Human Computer InterfaceLearning in Multi-Agent Systems ContextsTheory, Natural Language Processing, Computational Finance using Natural Language Processing Self-adaptive Software, Reactive Systems, Event-triggered Control, Internet-of-ThingsProgramming Languages, Program Verification, Program Synthesis, Type Systems, Automated DeductionIntegrated Circuit System DesignData Science, Machine Learning, Information SecurityDesign and Implementation of Programming Languages, High-performance Computer-Aided VerificationSoftware Engineering, Reliable Software Systems, Software Development EnvironmentsVideo and Image Recognition, Video CodingBig Data (Secure Computation, Data Mining, IR), Pen-based ComputingMajor in Mathematical SciencesExpress, connect, and create –Mathematical sciences is the door to the futureThe Major in Mathematical Sciences will provide a broad curriculum, ranging from fundamental to applied mathematics. The aim is to equip students with knowledge not only of mathematical sciences but also of its connections to scientific and engineering fields, and to provide students with the mathematical skills needed to make a contribution to society. The course places particular focus on three topics that are essential in modern society: nonlinear mathematics, computational mathematics, and statistical mathematics.Faculty & KeywordsNameBOWEN, MarkFUKUIZUMI, ReikaGUEST, MartinHAYAMIZU, MomokoDiscrete MathematicsDifferential GeometryHOMMA, YasushiGeometry, Representation Theory and Combinatorics IKEDA, TakeshiMathematical Materials EngineeringITO, KimihisaKAJI, HajimeAlgebraic GeometryKASHIWAGI, MasahideNumerical AnalysisKOZONO, HideoKUBOTA, AyakoKUMAGAI, TakashiKUTO, KousukeLIU, YanMARUNO, KenichiMATSUSHIMA, ToshiyasuInformation Theory and its ApplicationsMIEZAKI, TsuyoshiMajor in Computer Science and Communications EngineeringIncubating CSCE talents to contribute to societyStudents in the Computer Science and Communications Engineering Major acquire cutting-edge knowledge and skills required for an advanced networked and computerized society, encompassing computer science, computer engineering and communications engineering. The major aims to maximize the individual potential of each student and thereby foster future engineers who will be able to contribute to these fields in a global context and in a variety of professions. Career paths are diverse thanks to the recent computerization, and include software, electric machinery, telecommunications, broadcasting, and ICT services.Faculty & KeywordsNameFUKAZAWA, YoshiakiHONIDEN, ShinichiISHIKAWA, HiroshiKAMEYAMA, WataruMultimedia Content Distribution, Information Sharing and RetrievingSupercomputing, Multicore, Parallelizing & Power Reducing CompilerKASAHARA, HironoriOptimization, Machine Learning, Signal ProcessingKASAI, HiroyukiFuture Networking and Multimedia Signal ProcessingKATTO, JiroNatural Language Processing, Artificial Intelligence, Text Analysis/UnderstandingKAWAHARA, DaisukeKIMURA, KeijiComputer Architecture, Parallelized Applications, Parallelizing CompilerKOBAYASHI, TetsunoriPerceptual Computing, Spoken Language Processing, Image School of Fundamental Science and Engineering
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