VLSI Design of Polynomial Weight Functions Based Cellular Network Architecture

Abstract

Imitations of cell nonlinear systems on advanced reconfigurable equipment are prestigious for an effective calculation of gigantic information, surpassing the precision and adaptability of full-hand crafts. In this commitment, an advanced execution with polynomial coupling weight capacities is proposed surprisingly, building up novel fields of utilization, e.g., in the medicinal flag preparing and in the arrangement of halfway differential conditions. We show an engineering that is fit for preparing vast scale systems with a high level of parallelism, actualized on best in class field-programmable door clusters.