Add to ORKGDigital infinite impulse response (IIR) filtering is proposed as a means for compensating chromatic dispersion in homodyne-detected optical transmission systems with subsequent digital signal processing. Compared to finite impulse response (FIR) filtering, IIR filtering achieves dispersion compensation (DC) using a significantly smaller number of taps. DC of 80 and 160 km in a 10-Gb/s binary phase-shift-keying is experimentally compared for the two filtering schemes. IIR filtering can achieve performance similar to the FIR filtering scheme
This paper proposes optimal finite-length impulse response (FIR) digital filters, in the least-squar...
The achievable information rates of optical communication networks have been widely increased over t...
Coherent detection employing multilevel modulation formats has become one of the most promising tech...
Digital infinite impulse response (IIR) filtering is proposed as a means for compensating chromatic ...
The use of infinite impulse response filters to achieve chromatic dispersion compensation for homody...
Digital infinite impulse response filtering is used to compensate for 25,200 ps / nm of chromatic di...
In current high bit rate long haul point to point optical communication system, the chromatic disper...
Digital filters underpin the performance of coherent optical receivers which exploit digital signal ...
A digital filter is a system or a device that modifies a signal. This is an essential feature in dig...
We present a comparative analysis of three popular digital filters for chromatic dispersion compensa...
High bit rates optical communication systems pose the challenge of their tolerance to linear and non...
We demonstrate the chromatic dispersion equalization employing a time-domain filter in a 112-Gbit/s ...
Chromatic dispersion (CD) is one of the most significant impairments in optical fiber communication ...
High bit rates optical communication systems pose the challenge of their tolerance to linear and non...
Chromatic dispersion (CD) is one of the most significant impairments in optical fiber communication ...
This paper proposes optimal finite-length impulse response (FIR) digital filters, in the least-squar...
The achievable information rates of optical communication networks have been widely increased over t...
Coherent detection employing multilevel modulation formats has become one of the most promising tech...
Digital infinite impulse response (IIR) filtering is proposed as a means for compensating chromatic ...
The use of infinite impulse response filters to achieve chromatic dispersion compensation for homody...
Digital infinite impulse response filtering is used to compensate for 25,200 ps / nm of chromatic di...
In current high bit rate long haul point to point optical communication system, the chromatic disper...
Digital filters underpin the performance of coherent optical receivers which exploit digital signal ...
A digital filter is a system or a device that modifies a signal. This is an essential feature in dig...
We present a comparative analysis of three popular digital filters for chromatic dispersion compensa...
High bit rates optical communication systems pose the challenge of their tolerance to linear and non...
We demonstrate the chromatic dispersion equalization employing a time-domain filter in a 112-Gbit/s ...
Chromatic dispersion (CD) is one of the most significant impairments in optical fiber communication ...
High bit rates optical communication systems pose the challenge of their tolerance to linear and non...
Chromatic dispersion (CD) is one of the most significant impairments in optical fiber communication ...
This paper proposes optimal finite-length impulse response (FIR) digital filters, in the least-squar...
The achievable information rates of optical communication networks have been widely increased over t...
Coherent detection employing multilevel modulation formats has become one of the most promising tech...