An efficient handwritten digit recognition method on a flexible parallel architecture

Maubant, Aymeric Poulain; Autret, Yvon; Leonhard, Guy; Ouvradou, Gérald; Thépaut, Antoine

doi:10.1109/mnnfs.1996.493815

Proceedings of Fifth International Conference on Microelectronics for Neural Networks

DOI: 10.1109/mnnfs.1996.493815

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An efficient handwritten digit recognition method on a flexible parallel architecture

Aymeric Poulain Maubant¹,

Yvon Autret²,

Guy Leonhard³

et al.

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“…ArMenX is a distributed computer architecture (Poulain Maubant et al 1996) articulated around a ring of FPGAs acting as routing resources as well as fine grain computing resources (Léonhard et al 1995). This allows for a high degree of flexibility.…”

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confidence: 99%

Digital integrated circuit implementations

Beiu¹

Handbook of Neural Computation

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This section considers some of the alternative approaches towards modeling biological functions by digital circuits. It starts by introducing some circuit complexity issues and arguing that there is considerable computational and physiological justification that shallow threshold gate circuits are computationally more efficient than classical Boolean circuits. We comment on the tradeoff between the depth and the size of a threshold gate circuit, and on how design parameters like fan-in, weights and thresholds influence the overall area and time performances of a digital neural chip. This is followed by briefly discussing the constraints imposed by digital technologies and by detailing several possible classification schemes as well as the performance evaluation of such neurochips and neurocomputers. Lastly, we present many typical and recent examples of implementation and mention the 'VLSI-friendly learning algorithms' as a promising direction of research.

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confidence: 99%

Digital integrated circuit implementations

Beiu¹

Handbook of Neural Computation

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An efficient handwritten digit recognition method on a flexible parallel architecture

Cited by 1 publication

References 7 publications

Digital integrated circuit implementations

Digital integrated circuit implementations

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