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2D FFT With Simultaneous Edge Artifact Removal (No. 0084)
2022/08/29 | 作成日 2021/11/22
<< Back to all technologies Summary The growth of the diagnostic ima...
Enhanced Force Measurement System (No. 0048)
2022/06/22 | 作成日 2021/11/22
<< Back to all technologies Summary Enhanced force measurement system capable of ...
Renewable Energy Forecast Error Correction (No. 0072)
2022/06/22 | 作成日 2021/11/22
<< Back to all technologies Summary Algorithm to predict error in re...
沖縄科学技術大学院大学行動計画
2022/09/14 | 作成日 2021/10/28
沖縄科学技術大学院大学は、すべての職員がその能力を発揮し、仕事と子育ての両立を図り、また女性がキャリ...
OIST Action Plan
2022/09/14 | 作成日 2021/10/28
OIST shall establish the following action plan designed to ensure a working environment that encourages all staff members to demonstrate their ability...
Printing and Photolithography-Free Fabrication of Sealed TGV (No. 0155)
2022/06/22 | 作成日 2021/10/27
<< Back to all technologies Summary A novel sealed through-glass-vi...
プリントやフォトリソグラフィーを用いない密閉型微細孔付きガラス基板（TGV）作製方法 (No.0155)
2023/01/10 | 作成日 2021/10/27
<< 技術一覧に戻る概要電子・生物学的デバイス�...
Contactless Magnetic Couplings For Microfluidic Devices (No. 0114)
2022/07/11 | 作成日 2021/10/25
<< Back to all technologies Summary The emergence of microfluidics-based 3D cell...
Microwave Amplification by a Spin Maser (No. 0156)
2022/06/22 | 作成日 2021/10/25
<< Back to all technologies Summary A novel microwave amplifier that provides hi...
All-Optical Nano-Positioner (No. 0126)
2022/07/11 | 作成日 2021/10/25
<< Back to all technologies Summary Nanotechnology has a wide range...

2D FFT With Simultaneous Edge Artifact Removal (No. 0084)

Enhanced Force Measurement System (No. 0048)

Renewable Energy Forecast Error Correction (No. 0072)

沖縄科学技術大学院大学行動計画

OIST Action Plan

Printing and Photolithography-Free Fabrication of Sealed TGV (No. 0155)

プリントやフォトリソグラフィーを用いない密閉型微細孔付きガラス基板（TGV）作製方法 (No.0155)

Contactless Magnetic Couplings For Microfluidic Devices (No. 0114)

Microwave Amplification by a Spin Maser (No. 0156)

All-Optical Nano-Positioner (No. 0126)

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