Add to ORKGWe introduce a digital PMD emulator to accelerate BER analysis of coherent receiver DSPs. The emulator creates parameterizable, time-varying impairments, which we use to demonstrate real-time analysis of a CMA equalizer
A comprehensive systems model that retains the discrete nature of the output delay distribution in o...
In this study, focus is centred on the measurement and emulation of first-order (FO-) and second-ord...
In this paper, we report experiments on the statistical assessment of the reduction of PMD mitigator...
We propose a digital emulator of the optical Kerr effect, suitable for FPGA implementation. In addit...
We propose a digital emulator of the optical Kerr effect, suitable for FPGA implementation. In addit...
We describe the Fiber-on-Chip (FoC) approach, in which digital models are used for real-time emulati...
We describe the Fiber-on-Chip (FoC) approach to verification of digital signal processing (DSP) circ...
We introduce an FPGA-based fiber-optic channel emulator, including both AWGN and carrier phase noise...
We review different real-time implementation platforms for digital signal processing. We discuss cir...
We evaluate 3 methods for CD estimation using CMA filter tap coefficients. The performance of these ...
Verification of advanced circuit implementations poses many challenges. For complex digital signal p...
I examine two methods for modeling the temporal dynamics of optical communication networks that rapi...
We present a novel hardware architecture for digitally adaptive feed-forward equalization (FFE) suit...
We demonstrate real-time CD equalization (CDE) for coherent optical transmission systems using a low...
A comprehensive systems model that retains the discrete nature of the output delay distribution in o...
A comprehensive systems model that retains the discrete nature of the output delay distribution in o...
In this study, focus is centred on the measurement and emulation of first-order (FO-) and second-ord...
In this paper, we report experiments on the statistical assessment of the reduction of PMD mitigator...
We propose a digital emulator of the optical Kerr effect, suitable for FPGA implementation. In addit...
We propose a digital emulator of the optical Kerr effect, suitable for FPGA implementation. In addit...
We describe the Fiber-on-Chip (FoC) approach, in which digital models are used for real-time emulati...
We describe the Fiber-on-Chip (FoC) approach to verification of digital signal processing (DSP) circ...
We introduce an FPGA-based fiber-optic channel emulator, including both AWGN and carrier phase noise...
We review different real-time implementation platforms for digital signal processing. We discuss cir...
We evaluate 3 methods for CD estimation using CMA filter tap coefficients. The performance of these ...
Verification of advanced circuit implementations poses many challenges. For complex digital signal p...
I examine two methods for modeling the temporal dynamics of optical communication networks that rapi...
We present a novel hardware architecture for digitally adaptive feed-forward equalization (FFE) suit...
We demonstrate real-time CD equalization (CDE) for coherent optical transmission systems using a low...
A comprehensive systems model that retains the discrete nature of the output delay distribution in o...
A comprehensive systems model that retains the discrete nature of the output delay distribution in o...
In this study, focus is centred on the measurement and emulation of first-order (FO-) and second-ord...
In this paper, we report experiments on the statistical assessment of the reduction of PMD mitigator...