Abstract: This paper explores the significant practical difficulties inherent in mapping large artificial neural structures onto digital hardware.

This paper explores the significant practical difficulties inherent in mapping large artificial neural structures onto digital hardware. Specifically,.

This paper explores the biometric identification and verification of human subjects via fingerprints utilising an adaptive FPGA-based weightless neural ...

Abstract: This paper explores the significant practical difficulties inherent in mapping large artificial neural structures onto digital hardware. Specifically, ...

This article describes an alternative hardware solution to be implemented on FPGAs (field programmable gate array) for collision free robot navigation.

This work presents a combined weightless neural network architecture for deforestation surveillance and visual navigation of Unmanned Aerial Vehicles (UAVs).

This paper explores the biometric identification and verification of human subjects via fingerprints utilising an adaptive FPGA-based weightless neural ...

Abstract - This paper examines the potential offered by adaptive hardware configurations of a class of weightless neural architecture called the Enhanced ...

This paper presents and analyses the performance of Adaptive Logic Networks (Armstrong and Gecsei, 1979), ALN, in a character recognition task. ALN is a ...

This paper explores the significant practical difficulties inherent in mapping large artificial neural structures onto digital hardware. Specifically, a class ...