コミュニケーションスキルの学習支援ソフトウェア・ハードウェアの設計、検証ツールの開発ペトリネット理論を活用したソフトウェア・ハードウェアのMIZAR 数学ライブラリの構築と大学数学向け高度遠隔教育国際学会発表技術学習のためのマルチメディアを利用した⼯学基礎部⾨122サイバーフィジカルシステム開発形式化と機械検証用コンテンツ開発（科研費基盤B)教材開発と効果（科研費基盤C)StudentsintheKawamotoLaboratoryworkondevelopingimportantprofessionalthesuccessesandfailuresoftheirresearchworkasmuchaspossiblewiththeircolleaguesduringtheschoolyear.TheirtopicsofstudyrangefromITapplicationstosupportEnglisheducationinsideandoutsideoftheclassroomtoinvestigationsofthedesign/developmentchallengesofcyber-physicalsystemsforimprovingtheconditionoflifeinthecommunitiesandsocietiesaroundthem.communicationWeactivelylookforopportunitiesallowstudentstopresentanddiscussresearchtopicsinEnglishoutsideoftheuniversitypreparethemfortheworkforceevenoutsideofJapan.byskillsconstructivelytotoevaluatingemphasizingforByneedcommunicationgraduatesworkforceexperiencetheirwithcolleagues,clients,etc.enterwithofworkavarietyStudying the successes and failures of research work in groups, with men and women from various countries, helps students develop strong professional communication skills.I have been fortunate to have had many teachers who treat students as professionals and present one opportunity after another to learn something new –and I am always looking for ways to do that for my students, too.【私の学問へのきっかけ】Pauline N. Kawamoto (P) has been on the faculty staff at the Nagano-Engineering Campus since 1996.Combining IoTand machine learning technologies to create an automatic crowd detection system for public areas.Development of a motion markup application forsports videos.研究キーワード研究シーズ共同研究・外部資⾦獲得実績教授カワモト・ポーリン・ナオミ研究から広がる未来Developmentofprofessionalcommunicationskills,webapplications,cyberphysicalsystems卒業後の未来像最近の研究トピックスtheprofessionalskills,thetheadaptingdiscussionsofaudiences,Developing professional communication skills in students
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