Monday, September 10 (Georgia Tech Global Learning Center (GLC)) |
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First Name |
Last Name |
Affiliation |
Title of Presentation |
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8:00 |
8:50 |
REGISTRATION and CONTINENTAL BREAKFAST |
8:50 |
9:00 |
OPENING REMARKS |
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PLENARY KEYNOTE |
9:00 |
9:25 |
Yasuhiro |
Koike |
Keio University |
Future High-Speed Plastic Optical Fiber Network – “Capillary of Light” |
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SESSION: SYSTEMS |
9:25 |
9:45 |
Josef |
Faller |
Homefibre digital network GmbH |
Towards an all IP-Network following the requirement of the full integrated IP-Home Network and with full integration of all kinds of ECO-systems – INVITED |
9:45 |
10:00 |
Coffee Break |
10:00 |
10:15 |
Philipp |
Rietasch |
Teleconnect GmbH |
omniPOF – A new concept for a universal home networking solution |
10:15 |
10:30 |
Thomas |
Dittrich |
Zaft at University of Applied Scieneces Dresden |
CoolPOF – Improving the energy efficiency of OFDM based POF media converters using new communication standards |
10:30 |
10:45 |
Tetsuya |
Toma |
Keio University |
A study on 40Gbps GI-POF Interface for 4K3D video transmission |
10:45 |
11:00 |
Iwane |
Maida |
Keio University |
A study on influence of monitoring delay using simplified operation model for remote surgery |
11:00 |
11:20 |
Jonathan |
McKendry |
University of Strathclyde |
A study on influence of monitoring delay using simplified operMicro-pixellated light-emitting diodearrays: novel sources for data transmission over POF – INVITED
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11:20 |
11:40 |
Markus |
Wirsing |
Avago Technologies |
Optical transceivers for today’s and next generation POF systems – INVITED
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11:50 |
1:15 |
Lunch |
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SESSION: MATERIALS |
1:15 |
1:35 |
Whitney |
White |
Chromis Fiberoptics |
Products and Technologies for Commercial Deployment of Gigabit POF Networks – INVITED |
1:35 |
1:50 |
Sophia |
Moehl |
Technische Universität Braunschweig |
Materials for polymer optical fiber amplifiers |
1:50 |
2:05 |
Ami |
Takahashi |
Keio University |
Fluorination effects on attenuation spectra of polystyrene- based optical fiber materials |
2:05 |
2:25 |
Coffee Break |
2:25 |
2:45 |
Seiji |
Sasho |
Asahi Kasei |
Thinner image guide with improved resolution - INVITED |
2:45 |
3:00 |
Ryusuke |
Suzuki |
Keio University |
Optical transmission bandwidth of poly(methyl methacrylate)- based graded-index optical fibers with microscopic heterogeneities |
3:00 |
3:15 |
Yuki |
Sato |
Keio University |
Fabrication of high thermostability graded index plastic optical fiber |
3:15 |
3:30 |
Kazuki |
Nakamura |
Mitsubishi Rayon Co., Ltd |
Development of the flame-retardant POF cable and its technology
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3:30 |
3:50 |
Coffee Break |
3:50 |
4:05 |
Atsushi |
Kondo |
Keio University |
Binary amorphous copolymers based graded index polymer optical fiber |
4:05 |
4:20 |
Katrin |
Welikow |
Warsaw University of Technology |
Polymer microstructured fibers with limited modal dispersion and bending losses for application in FTTH networks
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4:20 |
4:40 |
Ann |
Mescher |
University of Washington |
Step-Index polymer fiber manufactured from PMMA / CO2 composite materials - INVITED |
4:40 |
5:15 |
Break |
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SESSION: POSTER |
5:15 |
7:00 |
Javier |
Mateo |
Universidad de Zaragoza |
Connector misalignment matrix model |
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Yosuke |
Mizuno |
Tokyo Institute of Technology |
Brillouin gain spectrum characterization in POF fabricated by different manufacturers at 1.32 and 1.55 μm |
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Philipp |
Rietzsch |
Teleconnect GmbH |
Passive Optical Network – A new architecture for POF based home networks |
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Hans-Hermann |
Johannes |
Technische Universität Braunschweig |
POF fabrication for fiber amplifiers |
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Ulrich |
Fischer-Hirchert |
Harz University of Applied Sciences |
Injection molded coupler for POF-systems |
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Roman |
Kruglov |
POF-AC, Univ. of Applied Sciences |
Scattering properties of 1-mm large-core GI-POF |
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Roman |
Kruglov |
POF-AC, Univ. of Applied Sciences |
Experimental and theoretical steps to understand side-emitting fibers |
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Olaf |
Ziemann |
POF-AC, Univ. of Applied Sciences |
Sollektor goes hybrid |
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Olaf |
Ziemann |
POF-AC, Univ. of Applied Sciences |
Some remarks on POF flammability issues |
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Mario |
Wendt |
BAM Federal Institute for Material Research and Testing |
Using optical POF switches for distributed fiber optical strain measurements |
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Paulo |
Antunes |
University of Aveiro / Instituto de Telecomunicações |
Optical method for the concrete curing process monitoring with plastic optical fibers |
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Olaf |
Ziemann |
POF-AC, Univ. of Applied Sciences |
Fiber-ribbon sensor for measuring mechanical displacement and long-term crack monitoring |
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Kimio |
Oguchi |
Seikei University |
Star type home backbone network by star couplers |
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Carmen |
Vázquez |
Universidad Carlos III de Madrid |
Short-range transmission capacity analysis over PF GIPOFs |
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Amaia |
Berganza |
University of the Basque Country |
Coupling Losses in SI-MCPOFs due to rotational misalignment
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Eneko |
Arrospide |
University of the Basque Country |
Observation of Berry’s phase using microstructured POF |
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Kotaro |
Koike |
Keio University |
Fluoropolymers for high temperature resistant GI POFs |
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Teruyuki |
Taniguchi |
Sekisui Chemical Co., Ltd |
The potential of the high speed optical link with PCP GI-POF in the house |
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Sriharsha Kota |
Pavan |
Georgia Institute of Technology |
Simulation of POF MMF links; noise, ISI and equalization |
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Kenji |
Makino |
Keio University
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Polystyrene based graded index plastic optical fiber with low loss and high bandwidth for premise network
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Ion |
Lopez |
CTA Aeronautical Technologies Centre, Spain
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Characterization of a POF sensor under vibration, fatigue loads and temperature conditions
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Mauro |
Lomer |
Cantabria University
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Speckle patterns obtained in plastic optical fibers for sensing applications
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Mauro |
Lomer |
Cantabria University
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Plastic optical fiber sensor for measuring arterial pulse
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Inaki |
Bikandi |
University of the Basque Country
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Spectral analysis of scattered light in plastic optical fibers by side-illumination technique
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Yosuke |
Mizuno |
Tokyo Institute of Technology |
Simple coupling method for enhancing Brillouin scattering signal in perfluorinated Graded-Index polymer optical fiber
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