Simulation of optical heterodyne single-filter FSK system with line coding

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Simulation of optical heterodyne single-filter FSK system with line coding

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© The Institution of Electrical Engineers
Published

The simulation results for an optical heterodyne single-filter FSK system are presented when two different line-coding plans, viz. alternate-mark-inversion (AMI) and delay modulation (DM), for the laser-driving signal are used to overcome the adverse effect of nonuniformity in the FM response of the transmitting laser.

Inspec keywords: optical links; frequency shift keying; digital simulation; optical communication equipment

Other keywords: transmitting laser nonlinearity; alternate-mark-inversion; DM; laser-driving signal; simulation results; wideband optical distribution networks; FM response nonlinearity; optical heterodyne single-filter FSK system; delay modulation; AMI; line coding

Subjects: Optical communication; Codes

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