Approaches to Bit-Labeling for EigenvalueOn-Off-Keying Systems

Soliton communication, already widely studied some decades ago, got revitalized in the recent years dueto the growing interest in nonlinear Fourier transform based systems. In soliton communication systemsonly the discrete nonlinear Fourier spectrum of a pulse is used for data transmission. Since the influenceof time-domain additive white noise and fiber loss on the nonlinear spectra is not yet fully understood,labeling strategies used in state-of-the-art systems might not be optimal. In this thesis, some approachesto symbol labeling for eigenvalue on-off keying are studied and compared by their resulting bit errorrates.     «

Soliton communication, already widely studied some decades ago, got revitalized in the recent years dueto the growing interest in nonlinear Fourier transform based systems. In soliton communication systemsonly the discrete nonlinear Fourier spectrum of a pulse is used for data transmission. Since the influenceof time-domain additive white noise and fiber loss on the nonlinear spectra is not yet fully understood,labeling strategies used in state-of-the-art systems might not be optimal. In this th...     »

Soliton communication, already widely studied some decades ago, got revitalized in the recent years dueto the growing interest in nonlinear Fourier transform based systems. In soliton communication systemsonly the discrete nonlinear Fourier spectrum of a pulse is used for data transmission. Since the influenceof time-domain additive white noise and fiber loss on the nonlinear spectra is not yet fully understood,labeling strategies used in state-of-the-art systems might not be optimal. In this thesis, some approachesto symbol labeling for eigenvalue on-off keying are studied and compared by their resulting bit errorrates.     «

Soliton communication, already widely studied some decades ago, got revitalized in the recent years dueto the growing interest in nonlinear Fourier transform based systems. In soliton communication systemsonly the discrete nonlinear Fourier spectrum of a pulse is used for data transmission. Since the influenceof time-domain additive white noise and fiber loss on the nonlinear spectra is not yet fully understood,labeling strategies used in state-of-the-art systems might not be optimal. In this th...     »