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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 20 of 35  /  [Next]  
Committee Date Time Place Paper Title / Authors Abstract Paper #
PN 2023-11-17
11:15
Ehime
(Primary: On-site, Secondary: Online)
Design algorithm for optical path networks consist of subsystem-modular OXC nodes with iterative path accommodation
Atsuki Wada, Yojiro Mori, Hiroshi Hasegawa (Nagoya Univ) PN2023-45
In order to deal with increasing traffic demand efficiently, scalable optical cross-connects are needed. Subsystem-modul... [more] PN2023-45
pp.50-54
PN 2023-08-30
09:00
Hokkaido
(Primary: On-site, Secondary: Online)
Analysis of Inter-Core Crosstalk Characteristics and Evaluation of Variable Optical Attenuation Function in Core Selective Switch Based Spatial Cross-Connect
Yudai Uchida, Rika Tahara, Kyosuke Nakada, Masahiko Jinno (Kagawa Univ.) PN2023-29
A core selective switch (CSS) is the building block for modular spatial cross-connects (SXC) in future spatial channel n... [more] PN2023-29
pp.67-72
PN 2023-08-30
09:25
Hokkaido
(Primary: On-site, Secondary: Online)
Spectral/Spatial Hybrid Optical Cross-Connects Enabling 2.45 Pbps Throughput
Takuro Ochiai, Takuma Kuno, Ryuji Munakata, Yojiro Mori (Nagoya Univ.), Shih-Chun Lin (NCSU), Motoharu Matsuura (UEC), Suresh Subramaniam (GWU), Hiroshi Hasegawa (Nagoya Univ.) PN2023-30
Space division multiplexing has been extensively studied to further enhance the network capacity. We experimentally demo... [more] PN2023-30
pp.73-77
PN 2022-03-01
10:30
Online Online Comparison of several optical cross-connect architectures using multi-core optical fiber
Tamiki Otsuka, Kunihiro Imai, Takefumi Oguma (NEC) PN2021-53
There is a need to increase the capacity of optical networks. In response to this demand, various diversification techni... [more] PN2021-53
pp.5-9
PN 2022-03-01
16:30
Online Online [Invited Lecture] Resilient Optical Networks that Adopt Spatially-jointed Flexible Waveband Routing
Ryuji Munakata, Yojiro Mori, Hiroshi Hasegawa (Nagoya Univ.) PN2021-65
We evaluate resilient space-division multiplexing optical networks that adopt dedicated path protection and spatially-jo... [more] PN2021-65
pp.65-70
OFT 2022-01-20
16:10
Online Online Remote Operated Optical Fiber Switching Node and Optical Cross-Connect Function on Concatenated Loop Topology
Hiroshi Watanabe, Tomohiro Kawano, Chisato Fukai, Ryo Koyama, Kazuhide Nakae, (NTT), Tatsuya Fujimoto (NTT East), Yoshiteru Abe, Kazunori Katayama (NTT) OFT2021-62
Due the popularization of future 5G and Beyond 5G, the concatenated loop topology is being studied as way of realizing h... [more] OFT2021-62
pp.36-41
PN 2021-08-30
15:25
Online Online [Invited Lecture] Experimental Evaluation of Optical Cross Connects with Flexible Wave-Band Routing for SDM Networks
Takuma Kuno, Yojiro Mori, Hiroshi Hasegawa (Nagoya Univ.) PN2021-19
Space-division multiplexing (SDM) technique using multi-core fibers (MCFs) is an attractive candidate to enhance photoni... [more] PN2021-19
pp.41-45
PN, NS, OCS
(Joint)
2021-06-24
11:35
Online Online Ultra-wideband and low-loss five-core 1X8 core selective switch
Itsuki Urashima, Tsubasa Ishikawa, Takahiro Kodama, Yudai Uchida, Masahiko Jinno (Kagawa Univ.) PN2021-6
We design and construct a prototype of a five core 1×8 core selective switch (CSS) employing multi-core fiber collimator... [more] PN2021-6
pp.13-18
PN 2020-08-24
11:20
Online Online Optical-Node Architecture for High-Capacity SDM-Based Optical Networks
Takuma Kuno, Yojiro Mori, Hiroshi Hasegawa (Nagoya Univ.) PN2020-16
Space-division multiplexing has been receiving increasing attention as a way to expand transmission capacity of an optic... [more] PN2020-16
pp.17-23
PN 2019-11-14
16:10
Kanagawa   [Invited Lecture] Enabling Technologies for Massively Parallel Optical Nodes and Networks -- Massively Parallel and Sliced Optical Network Project (Grand Number 204) --
Masahiko Jinno, Takahiro Kodama (Kagawa Univ.) PN2019-24
The purpose, approach, and recent achievements of our task of "Massively parallel optical node / network configuration t... [more] PN2019-24
pp.1-5
PN 2019-08-27
10:20
Hokkaido Kanpo-No-Yado Otaru Elastic Optical Switching Networks Managed by Mets-Slot Schemes
Satoru Ohta (Toyama Pref. Univ.) PN2019-19
The elastic optical network technology is significant because it flexibly provides diverse bandwidths. To build an elast... [more] PN2019-19
pp.59-66
OFT, OCS, OPE
(Joint) [detail]
2019-02-15
12:35
Fukuoka   6x6 Wavelength Cross-Connect Employing 4-f Optical System with Low Inter-WSS Crosstalk
Kazunori Seno, Keita Yamaguchi, Akira Isoda, Takayuki Mizuno, Kenya Suzuki, Toshikazu Hashimoto, Yutaka Miyamoto (NTT) OCS2018-90 OFT2018-77 OPE2018-206
A space division multiplexing (SDM) technology becomes more attractive because it offers large transmission capacity of ... [more] OCS2018-90 OFT2018-77 OPE2018-206
pp.51-56(OCS), pp.35-40(OFT), pp.67-72(OPE)
PN 2017-08-28
11:30
Hokkaido Toya Kanko Hotel Evaluation of large-scale optical cross-connect architectures for creating next generation optical networks cost-effectively
Mungun-Erdene Ganbold, Takuma Yasuda, Yojiro Mori, Hiroshi Hasegawa, Ken-ichi Sato (Nagoya Univ.) PN2017-17
Ever increasing network traffic and the emerging bandwidth-intensive applications require high availability and cost-eff... [more] PN2017-17
pp.19-22
NS, CS, IN, NV
(Joint)
2016-09-30
10:25
Miyagi Tohoku Univ. Efficient Disaster Recovery of Optical Transport Networks with Multi-vendor Interconnection and Portable EDFAs
Sugang Xu (NICT), Noboru Yoshikane (KDDI R&D Lab), Masaki Shiraiwa (NICT), Takehiro Tsuritani (KDDI R&D Lab), Hiroaki Harai, Yoshinari Awaji, Naoya Wada (NICT) CS2016-38
For the recovery of core optical transport networks after disaster, in this paper, we address an emergency optical netwo... [more] CS2016-38
pp.45-50
PN 2016-03-07
11:20
Okinawa Okinawaken Seinenkaikan Highly Resilient Optical Cross-Connect Architecture
Shuhei Yamakami, Masaki Niwa, Yojiro Mori, Hiroshi Hasegawa, Ken-ichi Sato (Nagoya Univ.) PN2015-105
To accommodate ever-increasing Internet traffic, the number of wavelength-selective switches (WSSs) must be increased in... [more] PN2015-105
pp.17-20
NS, OCS, PN
(Joint)
2012-06-22
11:40
Yamagata Yamagata Univ. Switch size reduction effect of waveband switching on optical path networks with equalized wavelength resource among links
Katsumi Takano, Ryo Karube, Keita Saito, Tomohiro Ito, Kiyoshi Nakagawa (Yamagata Univ.) OCS2012-19
The concept of waveband switching (WBS) could overcome the issues that complexity and cost of nodes when the number of w... [more] OCS2012-19
pp.53-56
PN 2012-03-12
14:30
Nagasaki BaramonNetKan [Encouragement Talk] Optical Node Architectures with Separated Add/Drop Switches Considering Colorless, Directionless and Contentionless Capabilities
Yoshiyuki Yamada, Hiroshi Hasegawa, Ken-ichi Sato (Nagoya Univ.) PN2011-88
Deployment of single layer optical path networks that handle wavelength channels as a single entity is advancing because... [more] PN2011-88
pp.37-41
PN 2012-03-13
15:25
Nagasaki BaramonNetKan Dynamic Configuration Method of IP/Photonic Layered Network with Cooperated Optical Cross-Connect Nodes
Kenji Tada, Hideki Tode (Osaka Pref. Univ.) PN2011-97
We have suggested a new network architecture efficiently introducing Cooperative Node Sets that reduce routing processes... [more] PN2011-97
pp.85-90
CS, IPSJ-AVM, ITE-BCT, IE [detail] 2011-12-16
13:30
Aichi Nagoya Univ. [Special Invited Talk] Role of optical technologies to create energy efficient transport networks
Ken-ichi Sato (Nagoya Univ.) CS2011-75 IE2011-99
It has been recognized that exploiting photonic technologies will be the best path to creating bandwidth abundant and en... [more] CS2011-75 IE2011-99
pp.121-125
PN 2011-11-07
15:40
Tokyo Tokyo Inst. of Tech. (Seiichi Teshima Memorial Meeting Room) Optical Node Architecture with Separated Add/Drop Switches Considering Colorless, Directionless, Contentionless Capabilities
Yoshiyuki Yamada, Hiroshi Hasegawa, Ken-ichi Sato (Nagoya Univ.) PN2011-26
Deployment of single layer optical path networks that handle wavelength channels as a single entity is advancing because... [more] PN2011-26
pp.19-23
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