Accession Number : ADA301163
Title : Multi-Gb/s Computer Interconnect Using Optical Solitons.
Descriptive Note : Final technical rept. 15 Feb 93-14 May 95,
Corporate Author : COLORADO UNIV AT BOULDER
Personal Author(s) : Sauer, Jon R. ; Ablowitz, Mark J.
PDF Url : ADA301163
Report Date : 31 AUG 1995
Pagination or Media Count : 238
Abstract : The following document presents the results of a two year study into the feasibility of using wavelength division multiplexed solitons for data communications. Timing jitter caused by nonlinear interactions between multiwavelength solitons was found to be a fundamental effect limiting the use of wavelength multiplexed solitons for data transmission. Such interactions can be described mathematically by a simple summation of all frequency shifts which occur during pairwise soliton collisions, and the resulting variance in pulse arrival times depends not only on perturbations to the fiber but also on the encoding of information. In a fiber with loss and amplification, it was shown that extensive wavelength multiplexing with solitons is feasible, and possibly preferable to other alternatives for achieving high aggregate throughput in computer communication systems.
Descriptors : *COMPUTER COMMUNICATIONS, *OPTICAL COMMUNICATIONS, *SOLITONS, HIGH RATE, DATA TRANSMISSION SYSTEMS, INTERACTIONS, NONLINEAR OPTICS, CODING, LIGHT PULSES, THROUGHPUT, MULTIPLEXING, FREQUENCY SHIFT, JITTER.
Subject Categories : Non-radio Communications
Distribution Statement : APPROVED FOR PUBLIC RELEASE