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Optical fiber amplifiers for telecommunication systems

IEEE Communications Magazine, 1996
Optical amplification is of strategic importance for telecommunications. Optical amplifiers compensate for propagation losses in long distance links and branching losses in access networks, at the same time avoiding costly two-way conversions between optical and electrical signals.
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Optical and optoelectronic devices for optical fiber transmission systems

IEEE Communications Magazine, 1988
The present status and research trends in light sources, detectors, and various optical components are described, focusing mainly on those for single-mode fiber systems. Laser-diode and light-emitting-diode sources are described, and their problems and advantages are examined.
Takakiyo Nakagami, Teruo Sakurai
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FIBER OPTIC SYSTEM FOR WATER SPECTROSCOPY

2007
An innovative series of optical fiber sensors for water monitoring, based on spectroscopic interrogation, is presented. Two types of custom-design instrumentation were developed, both making use of LED light sources and low-cost detectors to perform broadband spectral measurements in the visible spectral range.
Anna G Mignani   +2 more
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The Calculation of Error Rates for Optical Fiber Systems

IEEE Transactions on Communications, 1978
Summary: In this paper an exact analysis of probability of error for optical fiber communication systems is described using the Gauss quadrature rule (GQR) and the moments of the decision circuit input signal. As an example of the analysis, two line codes for a system with 280 Mbits/s, the binary code and the bi-phase code, are compared.
Waldemar Hauk   +2 more
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Optical Fiber Systems

2004
Optical fibers provide the ability to use optics instead of metallic media to achieve numerous useful end results. In all cases the fiber requires an optical source and detector and cannot be used alone. As a result, optical fiber applications must always be considered in combination with their required E/O and O/E converters.
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Review of Fundamentals of Optical Fiber Systems

IEEE Journal on Selected Areas in Communications, 1983
This paper is a brief review of the principles of optical fiber systems to serve as an introduction to the specific application and technology papers in this issue. Fibers, transmitters, receivers, point-to-point transmission systems, multipoint buses, and sensor systems are discussed.
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Design and performance of optical fiber identification system for optical fiber transfer splicing system

Electronics and Communications in Japan (Part I: Communications), 1993
AbstractBoth the expansion of optical networks and their maintenance techniques are becoming increasingly important During optical fiber cable transfer work, while securing user's services, it is very important to develop optical cable transfer splicing systems for efficient cable transfer which raises the possibility of low‐cost maintenance.In this ...
Masatoshi Shimizu   +3 more
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Fiber Optic Systems

2004
One the greatest revolutions in data communications is the usage of light waves to transmit digital pulses through fiber optic cables. A light carrying system has an almost unlimited information capacity. Theoretically, it has more than 200 000 times the capacity of a satellite TV system.
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In vivo biomedical monitoring by fiber optic systems

SPIE Proceedings, 1994
An overview of fiber optic sensors for in vivo biomedical monitoring is given, with particular attention to the advantages that these sensors are able to offer compared to the performance of traditional devices.
AG Mignani, F Baldini
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GHOST optical fiber system

Ground-based and Airborne Instrumentation for Astronomy VII, 2018
The Gemini High-Resolution Optical SpecTrograph (GHOST) is the newest instrument being developed for the Gemini telescopes, in a collaboration between the Australian Astronomical Observatory (AAO), the Herzberg Institute for Astrophysics, National Research Council (HIA-NRC) in Canada, and the Australian National University.
Michael Ireland   +9 more
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