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2019 - 2025
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| Keywords : | |
|---|---|
| Year : | 2019 - 2025 |
Search across all events. Up to 10,000 search results will be displayed.
Search Results(1,170)
[Plenary_Talk_1]Evolution of All Photonics Network Toward 2030s
~ From Device Technology to Network Architecture ~
○Takashi Saida(Vice President, Head of Device Innovation Center, NTT Corporation)
[Plenary_Talk_2]Photonic Switching and Computing in Future AI and Data Systems
○S. J. Ben Yoo(Distinguished Professor of Electrical and Computer Engineering, University of California, Davis)
[Plenary_Talk_3]Expectations for Optoelectronics and Communications towards the Future of the Asia-Pacific Region
○Budi Prawara(Research Organization for Electronics and Information, National Research and Innovation Agency (BRIN))
[Plenary_Talk_4]Radio over Fiber Technologies for Future G Networks
○Dalma Novak(Vice President of Engineering, Octane Wireless)
[WS1-1]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session1: Overview, User & Foundry
○Atsushi Takai(LitAhead Consultant)
[WS1-2]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session1: Overview, User & Foundry
○Shai Cohen(NVIDIA)
[WS1-3]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session1: Overview, User & Foundry
○Takashi Saida(Head of NTT Device Innovation Center)
[WS1-4]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session1: Overview, User & Foundry
○Joris VanCampenhout(IMEC)
[WS1-5]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session1: Overview, User & Foundry
○Xu Wang(Cadence)
[WS1-6]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Masaki Kato(Marvell)
[WS1-7]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Yuqing Jiao(Eindhoven University of Technology)
[WS1-8]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Tatsuro Hiraki(NTT Corporation)
[WS1-9]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Takahito Suzuki(Oki)
[WS1-10]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Xinlun Cai(Liobate Techchnologies / Sun Yat-sen University)
[WS1-11]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Fumi Nakamura(AIST)
[WS1-12]Evolution of Photonics-Electronics Convergence Technology - Can We Make it, How and When?_Session2: Technologies (device and assembly)
○Hesham Taha(Teramount)
[WS2-1]Can SDM Survive the Hollow Core Challenge?
○David Neilson(Nokia Bell Labs)
[WS2-2]Can SDM Survive the Hollow Core Challenge?
○Werner Klaus(NICT)
[WS2-3]Can SDM Survive the Hollow Core Challenge?
○Dan Marom(Hebrew University of Jerusalem)
[WS2-4]Can SDM Survive the Hollow Core Challenge?
○Radan Slavik(Southampton University)
[WS2-5]Can SDM Survive the Hollow Core Challenge?
○Ruby Ospina(Nokia Bell Labs)
[WS2-6]Can SDM Survive the Hollow Core Challenge?
○Kazuhide Nakajima(NTT Corporation)
[WS2-7]Can SDM Survive the Hollow Core Challenge?
○Eric Sillekens(University College London)
[WS2-8]Can SDM Survive the Hollow Core Challenge?
○Yuta Wakayama(KDDI)
[WS2-9]Can SDM Survive the Hollow Core Challenge?
○Kazunori Mukasa(Furukawa Electric)
[WS3-1]Latest Trends in Space Optical Communication Technology and NTN_Session1
○Mina Bernadoy(Mistubishi Electric Corporation)
[WS3-2]Latest Trends in Space Optical Communication Technology and NTN_Session1
○Noritomo Yanagimoto(Softbank)
[WS3-3]Latest Trends in Space Optical Communication Technology and NTN_Session1
○Kazuhiro Maruyama(Space Compass)
[WS3-4]Latest Trends in Space Optical Communication Technology and NTN_Session1
○Graeme G Wren(The University of Western Australia)
[WS3-5]Latest Trends in Space Optical Communication Technology and NTN_Session2
○Satoshi Shinada(NICT)
[WS3-6]Latest Trends in Space Optical Communication Technology and NTN_Session2
○Johta Awano(JAXA)
[WS3-7]Latest Trends in Space Optical Communication Technology and NTN_Session2
○Paul Serra(MIT)
[WS3-8]Latest Trends in Space Optical Communication Technology and NTN_Session2
○Shota Ishimura(KDDI Research, Inc)
[WS4-1]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Hideaki Murayama(University of Tokyo)
[WS4-2]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Shohei Minato(AIST)
[WS4-3]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Inwoong Kim(Fujitsu Network Communications)
[WS4-4]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Benyuan Zhu(Lightera)
[WS4-5]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Alan Lau(The Hong Kong Polytechnic University)
[WS4-6]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Lieven Levrau(Nokia)
[WS4-7]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Shaobo Han(NEC Laboratories America)
[WS4-8]What are the Killer Applications of Advanced Network Monitoring and Fiber Sensing Technologies?
○Daisuke Iida(NTT)
[WS5-1]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Takashi Kambayashi(Nautilus technologies)
[WS5-2]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Colja Schubert(HHI)
[WS5-3]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Shinsuke Tanaka(PETRA)
[WS5-4]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Takuo Hiratani(PETRA)
[WS5-5]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Seiji Okamoto(NTT)
[WS5-6][Cancelled]
[WS5-7]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Michela Svaluto Moreolo(CTTC)
[WS5-8]Prospects and Enabling Technologies towards Multi-Tbps Long-Reach Transceivers
○Guangcan Mi(Huawei)
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