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A. R. McCormick
Researcher at AT&T
Publications - 4
Citations - 278
A. R. McCormick is an academic researcher from AT&T. The author has contributed to research in topics: Wavelength-division multiplexing & Multiwavelength optical networking. The author has an hindex of 4, co-authored 4 publications receiving 276 citations.
Papers
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Journal ArticleDOI
1-Tb/s transmission experiment
Andrew R. Chraplyvy,Alan H. Gnauck,R.W. Tkach,J.L. Zyskind,J.W. Sulhoff,A.J. Lucero,Yi Sun,Robert M. Jopson,Fabrizio Forghieri,R.M. Derosier,C. Wolf,A. R. McCormick +11 more
TL;DR: In this paper, a 1 Tb/s aggregate capacity (50 channels each at 20 Gb/S) was transmitted through 55 km of nonzero-dispersion fiber, where 50 channels were generated by polarization multiplexing 25 wavelengths.
Proceedings Article
One Terabit/s Transmission Experiment
Alan H. Gnauck,Andrew Roman Chraplyvy,R. W. Thach,J.L. Zyskind,J.W. Sulhoff,A.J. Lucero,Yan Sun,Robert M. Jopson,F. Forghieri,R. M. Derosier,C. Wolf,A. R. McCormick +11 more
TL;DR: One Tb/s aggregate capacity (50 channels each at 20 Gb/S) was transmitted through 55 km of non-zero-dispersion fiber in this article.
Proceedings Article
National-Scale WDM Networking Demonstration by the MONET Consortium
R.S. Vodhanel,L. D. Garrett,S. Patel,W. Kraeft,Jung-Chih Chiao,J. Gamelin,C. Gibbons,H. Shirokmann,Michael Rauch,Jeff F. Young,Gee-Kung Chang,R.E. Wagner,A. Luss,M. Maeda,Jorge Pastor,M. Post,Chien-Chung Shen,J.Y. Wei,Brian Wilson,Y. Tsai,R. M. Derosier,Alan H. Gnauck,A. R. McCormick,R.W. Tkach,C. L. Allyn,Andrew Roman Chraplyvy,Justin Boyd Judkins,Atul Kumar Srivastava,J.W. Sulhoff,Yan Sun,Ashish Madhukar Vengsarkar,C. Wolf,J.L. Zyskind,A. Chester,B. Comissiong,G. W. Davis,G. Duverney,N. A. Jackman,A. Jozan,Virginia Laura Nichols,B. H. Lee,R. Vora,A. F. Yorinks,George W. Newsome,P. Bhattacharjya,Deirdre H. Doherty,John C. Ellson,C.J. Hunt,A. Rodriguez-Moral,J. Ippolito +49 more
TL;DR: Recently, there has been great interest in WDM technology and networking to provide high-capacity, flexible, and survivable networks for inter-exchange and local exchange networks.
Journal ArticleDOI
The MONET New Jersey network demonstration
L.D. Garrett,R. M. Derosier,Alan H. Gnauck,A. R. McCormick,R.W. Tkach,R.S. Vodhanel,Jung-Chih Chiao,J. Gamelin,C.A. Gibbins,H. Shirokmann,M. Rauch,J. Young,R.E. Wagner,R.E. Wagner,A. Luss,M.W. Maeda,M.W. Maeda,J. Pastor,M. Post,C.-C. Shen,C.-C. Shen,S.J. Wei,B. Wilson,Y. Tsai,G.-K. Chang,S.H. Patel,C.L. Allyn,A.R. Chraplyvy,J. Judkins,A.K. Srivastava,J.W. Sulhoff,Y. Sun,A.M. Vengsarkar,C. Wolf,J.L. Zyskind,J.L. Zyskind,A. Chester,B. Comissiong,G.W. Davis,G. Duverney,N.A. Jackman,A. Jozan,V. Nichols,B.H. Lee,R. Vora,A.F. Yorinks,G. Newsome,P. Bhattacharjya,D. Doherty,J. Ellson,C. Hunt,A. Rodriguez-Moral,N.V. Srinivasan,W. Kraeft,J. Ippolito +54 more
TL;DR: The multiwavelength optical networking (MONET) consortium has demonstrated national-scale optical networking in a multilocation testbed in New Jersey with transparent optical connections over path lengths as long as 2290 km.