An improved neural based A/D converter

This paper deals with an improved neural based analog to digital converter. A new architecture is proposed which includes the benefits of the neural A/D converters and advantages, in terms of speed and resolution, of traditional A/D converters. In order to clarify, this improvement a review of some neural architectures of A/D converters is reported. The new architecture shows speed and accuracy advantages over earlier schemes. The proposed architecture is described and the preliminary simulated tests reported.<>