Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme

N. J. Gomes; P. Shen; J. James; A. Nkansah; X. Liang

doi:10.1364/ANIC.2010.AThA1

Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme

N. J. Gomes, P. Shen, J. James, A. Nkansah, X. Liang

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

Experimental demonstrations of modulated signal transmission and pico-cellular network operation at millimeter-wave frequencies, which are based on a simple technique for millimeter-wave generation using an optical phase modulator and optical filtering, are reviewed.

Original language	English
Title of host publication	Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress
DOIs	https://doi.org/10.1364/ANIC.2010.AThA1
Publication status	Published - Jun 2010

Bibliographical note

Note: Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group.

Organising Body: Optical Society of America, Optics and Photonics Congress

Organising Body: Optical Society of America, Optics and Photonics Congress

Keywords

Computer science and informatics

Access to Document

10.1364/ANIC.2010.AThA1

https://dx.doi.org/10.1364/ANIC.2010.AThA1

1 Paper

Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme
Gomes, N. J., Shen, P., James, J., Nkansah, A. & Liang, X., Jun 2010.
Research output: Contribution to conference › Paper › peer-review

Cite this

Gomes, N. J., Shen, P., James, J., Nkansah, A., & Liang, X. (2010). Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme. In Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress https://doi.org/10.1364/ANIC.2010.AThA1

Gomes, N. J. ; Shen, P. ; James, J. et al. / Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme. Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress. 2010.

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abstract = "Experimental demonstrations of modulated signal transmission and pico-cellular network operation at millimeter-wave frequencies, which are based on a simple technique for millimeter-wave generation using an optical phase modulator and optical filtering, are reviewed.",

keywords = "Computer science and informatics",

author = "Gomes, \{N. J.\} and P. Shen and J. James and A. Nkansah and X. Liang",

note = "Note: Published in: Proceedings Advanced Photonics \& Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress",

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booktitle = "Published in: Proceedings Advanced Photonics \& Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress",

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Gomes, NJ, Shen, P, James, J, Nkansah, A & Liang, X 2010, Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme. in Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress. https://doi.org/10.1364/ANIC.2010.AThA1

Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme. / Gomes, N. J.; Shen, P.; James, J. et al.
Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress. 2010.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

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AU - Liang, X.

N1 - Note: Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress

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M3 - Conference contribution

BT - Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress

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Gomes NJ, Shen P, James J, Nkansah A, Liang X. Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme. In Published in: Proceedings Advanced Photonics & Renewable Energy 2010. Paper AThA1. Washington, DC, U.S. : Optica Publishing Group. Organising Body: Optical Society of America, Optics and Photonics Congress Organising Body: Optical Society of America, Optics and Photonics Congress. 2010 doi: 10.1364/ANIC.2010.AThA1

Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme

Abstract

Bibliographical note

Keywords

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Research output

Indoor pico-cellular network operation based on a simple optical millimetre-wave generation scheme

Cite this