Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
OFT |
2008-10-17 10:00 |
Tokyo |
|
Distributed Raman amplification transmission characteristics over silica core photonic crystal fiber Chisato Fukai, Kazuhide Nakajima, Kenji Kurokawa, Katsusuke Tajima, Takashi Matsui (NTT corporation) OFT2008-34 |
We describe Raman gain and distributed Raman amplification (DRA) transmission characteristics in a silica core photonic ... [more] |
OFT2008-34 pp.1-4 |
OFT |
2008-10-17 10:25 |
Tokyo |
|
Frequency control method of a single frequency fiber laser using multiwavelength external light injection Katsuhisa Taguchi, Motoharu Matsuura, Naoto Kishi (Univ. of Electro-Comm.) OFT2008-35 |
We investigated the characteristics of the single frequency optical fiber laser with multiwavelength external light inje... [more] |
OFT2008-35 pp.5-10 |
OFT |
2008-10-17 10:50 |
Tokyo |
|
A Study of Both Ends Connectorized Spiral Drop Cable Hiroshi Miyano, Kenichiro Ohtsuka (Sumitomo Electric), Keiju Okabe, Hideaki Tajima, Hiroshi Nagai (Toyokuni Electric Cable) OFT2008-36 |
In Japan, the number of FTTH subscribers has already reached 13millions and it is forecasted to increase at accelerated ... [more] |
OFT2008-36 pp.11-14 |
OFT |
2008-10-17 11:15 |
Tokyo |
|
Optical fiber sensor cable for pipe thinning detection in high temperature environment conditions. Shimei Tanaka, Naoki Okada, Matsuhiro Miyamoto (FJK), Kinzo Kishida, Li Che-Hsien, Yoshiaki Yamauchi (NB), Hiroaki Suzuki (ChAS) OFT2008-37 |
We developed heat-resistant optical fiber sensor cable, exhibiting excellent sensitivity to local strain variations. By ... [more] |
OFT2008-37 pp.15-18 |
OFT |
2008-10-17 13:00 |
Tokyo |
|
Measurement of Metal Thickness by Optical Fiber and Electromagnetic Acoustic Resonance. Takehiro Shirai, Yuichi Machijima (LAZOC) OFT2008-38 |
This system is measurement of metal plate thickness for pipe wall in plant, nuclear or thermal power station, and consis... [more] |
OFT2008-38 pp.19-22 |
OFT |
2008-10-17 13:25 |
Tokyo |
|
Individual control of transmission characteristics of a set of Fabry - Perot etalons integrated in a planar lightwave circuit Kenjiro Yoshimura, Mitsuhiro Tateda (Chiba Univ) OFT2008-39 |
Transmission characteristics of a set of Fabry - Perot etalons integrated in a planar lightwave circuit designed for an ... [more] |
OFT2008-39 pp.23-28 |
OFT |
2008-10-17 13:50 |
Tokyo |
|
Evaluation of inter cavity transmittance of a fiber Fabry-Perot etalon Shunsuke Nishizaki, Mitsuhiro Tateda (Chiba Univ.) OFT2008-40 |
Inter cavity transmittances of fiber Fabry-Perot etalons with different cavity lengths, ferrule materials and adhesives ... [more] |
OFT2008-40 pp.29-33 |
OFT |
2008-10-17 14:15 |
Tokyo |
|
Thermal characteristics of a fiber Fabry-Perot etalon made of a polarization maintaining fiber Akihiro Takashi, Mitsuhiro Tateda (Chiba Univ.) OFT2008-41 |
Fiber Fabry-Perot etalon (FFPE) is a device used for an optical frequency filter, and its transmission characteristics c... [more] |
OFT2008-41 pp.35-38 |
OFT |
2008-10-17 14:55 |
Tokyo |
|
PPP-BOTDA method to achieve 10cm spatial resolution and 10Hz measuring speed in distributed sensing Li Che-Hsien, Tsutomu Tsuda, Takahiro Sawa, Atushi Makita, Hirokazu Takano, Kinzo Kishida (NEUBREX), Zhishen Wu (Ibaraki University), Nobuo Takeda, Shu Minakuchi (Tokyo University) OFT2008-42 |
The Pulse-Pre-Pump Brillouin Optical Time Domain Analysis (PPP-BOTDA) method is capable of achieving 2cm spatial resolut... [more] |
OFT2008-42 pp.39-44 |
OFT |
2008-10-17 15:20 |
Tokyo |
|
Low bandwidth Brillouin frequency sensing using referenced Brillouin-scattered beam Daisuke Iida, Fumihiko Ito (NTT) OFT2008-43 |
[more] |
OFT2008-43 pp.45-50 |
OFT |
2008-10-17 15:45 |
Tokyo |
|
Proposal of SDM-WDM Parallel Transmission and study of SM Fiber Ribbons for High-speed Access Networks Norio Kashima (Shibaura-it) OFT2008-44 |
[more] |
OFT2008-44 pp.51-56 |
OFT |
2008-10-17 16:10 |
Tokyo |
|
Proposal of network design for multipoint sensing using optical fiber sensor and OTDR Takashi Fukawa (SHINKOSHA) OFT2008-45 |
A sensing system as a way to gather information in real time from wide areas by reflective fiber-optic sensors and OTDR ... [more] |
OFT2008-45 pp.57-62 |