Demonstration of multi-rate thresholded preamplified 16-ary pulse-position-modulation

Neal W. Spellmeyer,Steven L. Bernstein,Don M. Boroson,David O. Caplan,Andrew S. Fletcher,Scott A. Hamilton,Robert J. Murphy,Marc C. Norvig,Hemonth G. Rao,Bryan S. Robinson,Shelby J. Savage,Robert T. Schulein,Mark L. Stevens,Jade P. Wang

Demonstration of multi-rate thresholded preamplified 16-ary pulse-position-modulation

2010

Neal W. Spellmeyer
Steven L. Bernstein
Don M. Boroson
David O. Caplan
Andrew S. Fletcher
Scott A. Hamilton
Robert J. Murphy
Marc C. Norvig
Hemonth G. Rao
Bryan S. Robinson
Shelby J. Savage
Robert T. Schulein
Mark L. Stevens
Jade P. Wang

Sensitive multi-rate optical communication is experimentally investigated on static and fading channels at data rates from 52 Mbps to 311 Mbps using 16-ary pulse-position-modulation, channel coding and interleaving, and a near-optimal thresholded preamplified receiver.

Keywords:

Optical filter
Optical communication
Field-programmable gate array
Free-space optical communication
Fading
Pulse-position modulation
Interleaving
Electronic engineering
Telecommunications
Engineering
Communication channel
Bit error rate

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