Scholars@Duke publication: Broadcasting a single wavelength over a WDM network

Broadcasting a single wavelength over a WDM network

Publication , Journal Article

Woodward, SL; Feuer, MD; Lam, CF; Boroditsky, M; Stiff, AD

Published in: Conference on Optical Fiber Communication Technical Digest Series

January 1, 2001

We propose and demonstrate a wavelength-division-multiplexed network in which one wavelength is used for broadcast signals, while other wavelengths are used for switched signals. A novel device-the Bragg tap-is demonstrated.

Duke Scholars

Author Adrienne Stiff-Roberts Electrical and Computer Engineering

Published In

Conference on Optical Fiber Communication Technical Digest Series

Publication Date

January 1, 2001

Volume

Issue

Start / End Page

WBB2/3

Citation

APA

Chicago

ICMJE

MLA

NLM

Woodward, S. L., Feuer, M. D., Lam, C. F., Boroditsky, M., & Stiff, A. D. (2001). Broadcasting a single wavelength over a WDM network. Conference on Optical Fiber Communication Technical Digest Series, 54(3), WBB2/3.

Woodward, S. L., M. D. Feuer, C. F. Lam, M. Boroditsky, and A. D. Stiff. “Broadcasting a single wavelength over a WDM network.” Conference on Optical Fiber Communication Technical Digest Series 54, no. 3 (January 1, 2001): WBB2/3.

Woodward SL, Feuer MD, Lam CF, Boroditsky M, Stiff AD. Broadcasting a single wavelength over a WDM network. Conference on Optical Fiber Communication Technical Digest Series. 2001 Jan 1;54(3):WBB2/3.

Woodward, S. L., et al. “Broadcasting a single wavelength over a WDM network.” Conference on Optical Fiber Communication Technical Digest Series, vol. 54, no. 3, Jan. 2001, p. WBB2/3.

Woodward SL, Feuer MD, Lam CF, Boroditsky M, Stiff AD. Broadcasting a single wavelength over a WDM network. Conference on Optical Fiber Communication Technical Digest Series. 2001 Jan 1;54(3):WBB2/3.