Results 211 to 220 of about 63,974 (267)

Optical communications networks

IEEE Communications Magazine, 2016
The field of optical communications continues to evolve to meet the ever increasing demands for capacity, flexibility, scalability, and security. In this second installment of the Optical Communications Networks Series in 2016, we have selected six contributions that address physical layer security in optical networks, resource optimization in cloud ...
Admela Jukan, Xiang Liu
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Optical fibers for communication

IEEE Journal of Quantum Electronics, 1973
The transparency of glass fibers in the visible and near infrared-improved beyond all expectations by recent breakthroughs-seems now sufficient to transmit optical signals unprocessed over miles. No wonder that efforts have intensified all over the world to utilize fibers in future communication systems.
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Optical Fibre Communications [PDF]

Optica Acta: International Journal of Optics, 1981
A transcript of the proceedings of a meeting of the Royal Signals Institution, held at the School of Signals, Blandford on 31 March 1976.
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Hierarchical Networks for Optical Communications

Journal of Parallel and Distributed Computing, 2000
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Kyungsook Y. Lee, Guoping Liu 0004, Harry F. Jordan   +2 more
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Modulators for Optical Communications

Proceedings of the IEEE, 1970
This paper reviews the field of high-speed small-aperture modulators for applications in optical communications, with emphasis on electrooptic modulation. The capabilities and limitations of electrooptic modulators are discussed based on a review of the physical origin of the electrooptic effect.
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Optical Communications in Japan

IEEE Transactions on Communications, 1972
This paper reviews research and developmental activities in optical communications currently under way in Japan. Three major systems: 1) atmospheric optical communication systems, 2) optical-cable systems, and 3) lens-waveguide systems, using various types of lasers and newly developed optical devices and components, have been extensively studied at ...
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Optics at Bell Laboratories–Optical Communications

Applied Optics, 1972
Optical communications-that is, the transmission of information by means of light-has been a subject of interest to Bell Labs for a long time, but the invention of the laser made it a concern of considerable and immediate importance, providing the impetus for a range of studies on possible transmission media, principles, methods, and components for ...
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Optical Communications and Networks

IEEE Communications Magazine, 2023
Mathieu Chagnon, Cedric F. Lam, Itsuro Morita   +2 more
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Integrated optics for optical communication

1989
In todays optical communication systems the link between electronics and the optical fibre cannot be made reliable and at reasonable cost simultaneously. It is one prominent task of integrated optics to remove this bottleneck by providing an opto-electronic converter as a monolithically integrated circuit.
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Integrated Optics for Optical Communications

1987
The present status of fibre optical communication can briefly be characterized by: - high data rate, long distance transmission in the 1.3–1.6 µm wavelength region with single-mode fibres; - the penetration of single-mode fibre links into subscriber loops and local area networks; - the growing interest in coherent detection systems.
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