Dept. Mathematical Engineering and Information Physics
What is MEIP?
What is KEISU?
Mathematical Information Engineering Course
System Information Engineering Course
Philosophy and history (Mathematical Information Engineering)
Philosophy and History (System Information Engineering)
What is the Department of Applied Physics?
Curriculum
Course Guide
Lecture contents and timetable
Student Experiment (Mathematical Information Engineering)
Student Experiment (System Information Engineering)
Campus Life
From entrance to graduation
Status of employment and graduate schools
People and Labs
People and Labs (Mathematical Informatics)
People and Labs (Information Physics and Computing)
Research
Bachelor Theses (Mathematical Informatics)
Bachelor Theses (Information Physics and Computing)
Facility
Mathematical Engineering Technical Reports
Graduate School
Mathematical Informatics
Information Physics and Computing
Graduate School Guide
Links to related graduate school and majors
For Komaba Students
Lectures at Komaba Campus
Department Brochure
Komaba Guidance
Voice of prospective candidates for the Department of Computational Engineering
Access
Contact Us
Japanese
IPC Lab. 3
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物理情報計測・逆問題研究室
– 逆問題:計測と数理の接点 –
研究室のHomePage→
奈良 高明
教授
逆問題の直接厳密代数解法の体系化
電磁場,音場,波動場,弾性場のソース推定,物性定数推定,境界値推定,支配方程式推定に対する陽な再構成理論を開発
非侵襲計測と医用逆問題
脳波(EEG)・脳磁場(MEG)逆問題の階層化直接代数解法.磁気共鳴画像(MRI)を用いた臓器の導電率・誘電率再構成.
非破壊検査
漏洩磁束探傷,渦電流探傷のための計測構造と直接代数解法.
災害救助
地震・土砂・火山災害における要救助者探索のための電磁場計測.
収束超音波による空中流れ制御
音が生み出す気流である音響流を利用した空中での高時空間分解能流れ制御.
波面制御音源を用いた非接触計測・情報提示
音響相互作用による遠隔音響計測や,音響ホログラフィによる三次元自己定位.