ABSTRACT
Compensating of dispersion effects in the transmission of lightwave-modulated signals is a very critical task in long-haul ultrahigh-speed optical communications. Several compensation and equalization techniques have been reported. However, this chapter describes only the techniques, employing optical filters and resonators that can be designed and implemented using photonic signal processing methodology. The generation of highly dispersive effects in resonators that are operated under resonance and eigenfiltering is given.
