Neural network based approach for developing embedded software

Ruimin Bao, Lanjuan Zhu
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Abstract

In parallel with the quick expansion of embedded devices come the rapid growth of embedded software. The commonly used software developing methods can't meet the fast growing demands of variable software when concerning user experience, cross-platforms, upgrade, hardware resources, etc. This paper proposes a new embedded software developing architecture based on the neural network organization and component principles. With the advantages of the network's dynamic weight adjusting and flexible self-learning structure, the approach can not only enable the software better adapt to the users' attributes, but also make the software be easily to extend and upgrade.
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基于神经网络的嵌入式软件开发方法
随着嵌入式设备的迅速发展,嵌入式软件也在迅速发展。常用的软件开发方法在用户体验、跨平台、升级、硬件资源等方面已经不能满足快速增长的可变软件需求。本文提出了一种基于神经网络组织和组件原理的嵌入式软件开发新体系结构。该方法利用网络的动态权值调整和灵活的自学习结构,不仅能使软件更好地适应用户的属性,而且易于扩展和升级。
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