Abstract: We analyzed the introduction of DSP in optical access.
Based on recent experimental results for spatially multiplexed transmission, we analyze the impulse response matrix of few-mode fiber links that support the propagation of LP01 and LP11 modes over
Digital signal processing combined with coherent detection has played a central role in the recent capacity expansion of optical networks.
The possibility of doing filtering and other signal-processing operations by numerical means instead of by traditional analog means has been known and studied for 20 years or longer.
Adaptive differential pulse-code-modulation (ADPCM) encoding has been shown to be a simple and effective method for digitally encoding speech at bit rates in the range of approximately 24 to 48 kb/
A single-chip integrated circuit has been developed as a stand-alone part for digital signal processing.
Digital signal processing has become more and more important in telecommunications. As new products and services are offered, the amount of required signal processing continues to increase.
The assembler for the digital signal processor (DSP), as for any processor, converts programs written in a symbolic language into the corresponding machine language, and provides various convenienc
In this paper, we describe the logic simulation and fault analysis of a programmable VLSI digital signal processor (DSP) developed by Bell Laboratories.
The digital signal processor (DSP) is a new integrated circuit designed by Bell Laboratories and made by Western Electric Company.
