Electrical& Computer Electrical& Computer 37In the FutureAfter Graduationinformation,In the FutureAfter GraduationAssistant ProfessorHe received the Ph.D. degree from Tokyo University of Science in 2020. In 2023, he joined Shinshu University. His research interest includes modern coding theory.Assistant Professor 2014: Assistant Prof. (Shinshu U.)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. EngineeringEngineeringCurrently, due to a significant increase in data generation, the demand for data transmission and storage capacity is expected to grow exponentially. In our laboratory, we aim to develop novel error-correcting codes for next-generation information and communication systems. Our research interests include modern coding techniques, such as low-density parity-check codes and polar codes, for future storage systems (e.g., DNA storage and racetrack memory), physical layer security, and deep neural network-aided channel coding.Ryo ShibataWeliveinaworldfulloflight.Wecanseethethingsaroundusbylight.Lightgivesusiselectromagneticradiationthatisvisibletotheeye.ElectromagneticwavewhichisnotseeninoureyesaretheInfrared,theUltraviolet,theX-rayandetc..Ifyouwereabletoseealsoelectromagneticwavesotherthanlight,thentheworldaroundyouchangegreatly.Wearenotpossibletoseetheelectromagneticwavesotherthanlight,butbymakinguseofaspecialdetectorcanseethem,weareabletoknowtheinformationthatcannotbeobtainedbyeyes.Takayuki TomidaIn a future where the physical world and cyberspace integration advances, it becomes increasingly important to develop high-speed, reliable data transmission and large-capacity, high-density, and long-lasting data storage.Research activities contribute not only to acquiring specialized knowledge and skills but also to acquiring life skills such as problem-solving abilities, critical thinking, and communication skills.InTomidalaboratoryisdevelopinganapparatusformeasuringfineparticlesthatfloatingintheairbyusingtheUVlaser.Thistechnologyisexpectedsuccessintheengineeringfield.Moreover,applicationsinvariousfieldssuchasphysics,earthscience,andagriculturearealsoexpected.Bypursuingthepossibilityofelectromagneticwavesinvisibletotheeye,youcanseethenewworldthatwehaveneverseen!Thestudentsdotheplanningofmethod,strategyandexperimentisgivenundergraduatestudentsinthese-study.Progressinthestudywillbediscussedatthemeetingbiweekly.Inthisway,youwillbeabletomasterthecomprehensiveabilitytopromoteasthecenteroftheproject,andincreasetheappliedskillsthatcanplayanactivepartinsociety.suchascolors,shapes.LightforthemethatEncodinganddecodingprocessesofDNAstorageAppropriate LDPC matrix to correct synchronization errorsPhotosofobservationandobservationsystem.Appropriate LDPC matrix to correct additive noise laser:DesignofremotesensingdeviceusinganultravioletObservethefluorescencefromsuspendedmatterintheairbyirradiationofultravioletlaser.Development of the Measuring Device Using Light for the Natural InformationConquer Communication Errors in the AI and IoT Era!
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