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構造揺らぎの深層学習への活用によるナノフォトニクス素子の高性能化

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構造揺らぎの深層学習への活用によるナノフォトニクス素子の高性能化

Material type
文書・図像類
Author
田邉, 孝純
Publisher
-
Publication date
2022
Material Format
Digital
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Notes on use

Note (General):

type:textチャープフォトニック結晶導波路を用いた分光器を実現した.通常ナノフォトニクス素子は作成精度による限界がある.特に作成誤差の影響は大きいが,本研究では作成ゆらぎの結果得られる光の局在パタンを波長同定にもちいることで,作成精度を超えた波長分解能を実現した.各波長での局在パタンを予め測定...

Related materials as well as pre- and post-revision versions

科研費研究者番号 : 40393805

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  • Keio Associated Repository of Academic resources

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Digital

Material Type
文書・図像類
Author/Editor
田邉, 孝純
Author Heading
Publication Date
2022
Publication Date (W3CDTF)
2022
Alternative Title
コウゾウ ユラギ ノ シンソウ ガクシュウ エノ カツヨウ ニ ヨル ナノフォトニクス ソシ ノ コウセイノウカ
Kōzō yuragi no shinsō gakushū eno katsuyō ni yoru nanofotonikusu soshi no kōseinōka
Increased performance of nanophotonic devices by utilizing structural fluctuation information with deep learning
Periodical title
科学研究費補助金研究成果報告書
Text Language Code
jpn
eng