Field-Programmable Dynamic Deep Learning

This paper introduces Neural Connect, a novel approach for the run-time adaptation of dynamic Deep Neural Networks (dynamic DNNs) at both the high, application level, and the low-level of individual processing elements within each layer. At the application level we make neural network layers run-time configurable, supporting both mapping operationslike activation functions-and reduction operations-such as multiply-accumulate and convolution. Within layers we allow efficient, scalable sharing of low-level processing and memory resources among any number of neurons, employing compute pools of heterogeneous processing elements to carry out layer operations. We separate high-level application development from its low-level deployment, enabling neural networks and their processing elements to be developed independently.

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Publication Details

Published
2024-12-10
DOI
https://doi.org/10.1109/icfpt64416.2024.11113392
Primary Topic
Neural Networks and Applications
Type
article
Field-Weighted Citation Impact
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article

Field-Programmable Dynamic Deep Learning

Wayne Luk, Stewart Denholm
Neural Networks and Applications
article

Field-Programmable Dynamic Deep Learning

Wayne Luk, Stewart Denholm
article en

Abstract

This paper introduces Neural Connect, a novel approach for the run-time adaptation of dynamic Deep Neural Networks (dynamic DNNs) at both the high, application level, and the low-level of individual processing elements within each layer. At the application level we make neural network layers run-time configurable, supporting both mapping operationslike activation functions-and reduction operations-such as multiply-accumulate and convolution. Within layers we allow efficient, scalable sharing of low-level processing and memory resources among any number of neurons, employing compute pools of heterogeneous processing elements to carry out layer operations. We separate high-level application development from its low-level deployment, enabling neural networks and their processing elements to be developed independently.

Imperial College London (GB)
Openalex Percentile: Top 72%
Neural Networks and Applications
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