people

Martin Birk

Birk, Martin
200 S Laurel Ave - Bldg A
Middletown, NJ


Technical Documents

Research Highlights: Optical Systems Research at AT&T Labs
Martin Birk, Mikhail Brodsky, Mark Feuer, Patrick Iannone, Peter Magill, Jonathan Nagel, Lynn Nelson, Kenneth Reichmann, Sheryl Woodward, Xiang Zhou
IEEE Photonics Newsletter,  2011.  [PDF]  [BIB]

IEEE Copyright

Evolution of IP/OL Performance Management
Robert Doverspike, Jennifer Yates, Jorge Pastor, Martin Birk
2006.  [PPT]  [BIB]

Patents

Low Cost Network Architecture Using Thin Optical Transport Layer, September 20, 2011
Cost Effective Optical Transmission With Fast Raman Tilt Transient Control, August 9, 2011
Feedback Dynamic Gain Control For A WDM System Employing Multi-Wavelength Pumped Raman Fiber Amplifiers, March 29, 2011
Fast Dynamic Gain Control In A Bidirectionally-Pumped Raman Fiber Amplifier, March 1, 2011
Selection Of A Signal Input From An Optical Fiber Member, January 11, 2011
System For Flexible Multiple Broadcast Service Delivery Over A WDM Passive Optical Network Based On RF Block-Conversion Of RF Service Bands Within Wavelength Bands, December 28, 2010
Method and Apparatus For Adjusting For Polarization-Induced, Optical Signal Transients, August 3, 2010
Method For Flexible Multiple Broadcast Service Delivery Over A WDM Passive Optical Network Based On RF Block-Conversion Of RF Service Bands Within Wavelength Bands, May 25, 2010
Fast Dynamic Gain Control In An Optical Fiber Amplifier, March 2, 2010
Method, Apparatus And System For Cost-Effective Optical Transmission With Fast Raman Tilt Transient Control, December 22, 2009
Network With Optical Bandwidth On Demand, August 4, 2009
Fast Dynamic Gain Control In An Optical Fiber Amplifier, June 30, 2009
Fast Dynamic Gain Control In An Optical Fiber Amplifier, June 30, 2009
Arrangement For Low Cost Path Protection For Optical Communications Networks, June 23, 2009
System for flexible multiple broadcast service delivery over a WDM passive optical network based on RF block-conversion, of RF service bands within wavelength bands, December 16, 2008
Method, apparatus and system for cost effective optical transmission with fast Raman tilt transient control, November 4, 2008
Fast dynamic gain control in a bidirectionally-pumped Raman fiber amplifier, October 14, 2008
Arrangement for low cost path protection for optical communications networks, June 17, 2008
Selection of a signal input from an optical fiber member, May 13, 2008
Fast dynamic gain control in cascaded Raman fiber amplifiers, October 9, 2007
Fast dynamic gain control in cascaded Raman fiber amplifiers, October 2, 2007
Arrangement for low cost path protection for optical communications networks, June 5, 2007
Arrangement for low cost path protection for optical communications networks, January 30, 2007
Fast dynamic gain control in an optical fiber amplifier, November 28, 2006
System for flexible multiple broadcast service delivery over a WDM passive optical network based on RF block-conversion of RF service bands within wavelength bands, August 1, 2006
Method and apparatus for providing a broadband raman amplifier with improved noise performance, May 16, 2006
Nonlinear Transmission Line Integrated Circuit, November 30, 2004
Method And Apparatus For Providing A Broadband Raman Amplifier With Improved Noise Performance, November 2, 2004
Awards
Science & Technology Medal, 2006. Honored for technical innovation and leadership in photonic networking technologies used to create AT&T's Ultra-Long-Haul networks.

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