Developing IoT Applications Using Spiking Neural Networks Framework

Seoyeon Kim, Jaehyeok Jeong, Jaehee Kim, Young-Sun Yun, Bongjae Kim, Jinmang Jung
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引用次数: 1

Abstract

With the recent progress in SNN(Spiking Neural Networks), IoT applications require more intelligent data processing that can operate on neuromorphic hardware. However, as there is no development environment where SNN frameworks can be applied to existing IoT applications, it is difficult for IoT developers to utilize neuromorphic hardware. In this paper, we present a new development framework of IoT applications using SNN as a machine learning solution, called NA-Designer. It has GUI based neural network editor to quickly generate SNN components that can be run on various neuromorphic hardware. In particular, this component is designed to interwork with other IoT framework such as Node-RED. We implement NA-Designer and core neural networks libraries and measure its performance. Our framework can be used to develop Edge computing applications that utilize neuromorphic hardware to reduce energy consumption and latency.
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使用峰值神经网络框架开发物联网应用
随着SNN(峰值神经网络)的最新进展,物联网应用需要更智能的数据处理,可以在神经形态硬件上运行。然而,由于没有可以将SNN框架应用于现有物联网应用的开发环境,物联网开发人员很难利用神经形态硬件。在本文中,我们提出了一个使用SNN作为机器学习解决方案的物联网应用的新开发框架,称为NA-Designer。它具有基于GUI的神经网络编辑器,可以快速生成可以在各种神经形态硬件上运行的SNN组件。特别是,该组件旨在与其他物联网框架(如Node-RED)交互。我们实现了NA-Designer和核心神经网络库,并测量了其性能。我们的框架可以用来开发边缘计算应用程序,利用神经形态硬件来减少能耗和延迟。
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