Presentation 2017-07-20
A Study on Efficient Topology Optimization of Optical Device Using Finite Element Method With Slowly Varying Envelope Approximation
Tomohiro Tanaka, Yasuhide Tsuji,
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Abstract(in Japanese) (See Japanese page)
Abstract(in English) In recent years, high-speed and large-capacity optical communication systems are desired because of the rapid growth of Internet traffic, and high-performance optical device is required to realize them. Topology opti-mization is one of the inverse design tools which can automatically design high-performance optical devices without relying on the designer’s experience. However, in this approach, the characteristic analysis of optical device should be performed repeatedly and it will cause a large calculation cost. In this study, we apply the SVEA technique which is used in beam propagation method (BPM) to finite element method (FEM) in order to improve its computational efficiency, and demonstrate that the FEM with SVEA (SVEA-FEM) enable efficient characteristic analysis and topology optimization for high-performance optical devices.
Keyword(in Japanese) (See Japanese page)
Keyword(in English) Topoogy Optimization / Finite Element Method / Slowly Varying Envelope Approximation / Function-expansion-based refractive index distribution
Paper # EMT2017-15,MW2017-40,OPE2017-20,EST2017-17,MWP2017-17
Date of Issue 2017-07-13 (EMT, MW, OPE, EST, MWP)

Conference Information
Committee MWP / OPE / EMT / MW / EST / IEE-EMT
Conference Date 2017/7/20(2days)
Place (in Japanese) (See Japanese page)
Place (in English) Obihiro Chamber of Commerce and Industry
Topics (in Japanese) (See Japanese page)
Topics (in English) Light wave & Electromagnetic Wave Workshop
Chair Tetsuya Kawanishi(Waseda Univ.) / Kazutoshi Kato(Kyushu Univ.) / Akira Hirose(Univ. of Tokyo) / Masahiro Muraguchi(TUC) / Hideaki Kimura(NTT) / Keiji Goto(National Defense Academy)
Vice Chair Naoto Yoshimoto(Chitose Inst. of Science and Tech.) / Kouki Sato(Furukawa Electric Industries) / Koichi Hirayama(Kitami Inst. of Tech.) / Yoshinori Kogami(Utsunomiya Univ.) / Hiroshi Okazaki(NTTdocomo) / Kenichi Tajima(Mitsubishi Electric) / Akimasa Hirata(Nagoya Inst. of Tech.) / Shinichiro Ohnuki(Nihon Univ.)
Secretary Naoto Yoshimoto(NICT) / Kouki Sato(Chiba Inst. of Tech.) / Koichi Hirayama(NTT) / Yoshinori Kogami(Kanagawa Inst. of Tech.) / Hiroshi Okazaki(Univ. of Hyogo) / Kenichi Tajima(Tokyo Metro. Coll. of Tech) / Akimasa Hirata(Tokyo Inst. of Tech.) / Shinichiro Ohnuki(HITACHI) / (Tohoku Univ.)
Assistant Kosuke Nishimura(KDDI) / Kensuke Ikeda(CRIEPI) / Takuo Tanemura(Univ. of Tokyo) / Tsuyoshi Matsuoka(Kyushu Sangyo Univ.) / Satoshi Ono(Univ. of Electro-Comm.) / Mizuki Motoyoshi(Tohoku Univ.) / Takahiro Ito(Nagoya Inst. of Tech.) / Kazuhiro Fujita(Fujitsu) / Yoshihiro Naka(KUHW)

Paper Information
Registration To Technical Committee on Microwave and Millimeter-wave Photonics / Technical Committee on OptoElectronics / Technical Committee on Electromagnetic Theory / Technical Committee on Microwaves / Technical Committee on Electronics Simulation Technology / Technical Meeting on Electromagnetic Theory
Language JPN
Title (in Japanese) (See Japanese page)
Sub Title (in Japanese) (See Japanese page)
Title (in English) A Study on Efficient Topology Optimization of Optical Device Using Finite Element Method With Slowly Varying Envelope Approximation
Sub Title (in English)
Keyword(1) Topoogy Optimization
Keyword(2) Finite Element Method
Keyword(3) Slowly Varying Envelope Approximation
Keyword(4) Function-expansion-based refractive index distribution
1st Author's Name Tomohiro Tanaka
1st Author's Affiliation Muroran Institute of Technology(Muroran Inst. of Tech.)
2nd Author's Name Yasuhide Tsuji
2nd Author's Affiliation Muroran Institute of Technology(Muroran Inst. of Tech.)
Date 2017-07-20
Paper # EMT2017-15,MW2017-40,OPE2017-20,EST2017-17,MWP2017-17
Volume (vol) vol.117
Number (no) EMT-139,MW-140,OPE-141,EST-142,MWP-143
Page pp.pp.49-54(EMT), pp.49-54(MW), pp.49-54(OPE), pp.49-54(EST), pp.49-54(MWP),
#Pages 6
Date of Issue 2017-07-13 (EMT, MW, OPE, EST, MWP)