Deep learning and other machine learning approaches are deployed to many systems related to Internet of Things or IoT. However, it faces challenges that adversaries can take loopholes to hack these systems through tampering history data. This paper first presents overall points of adversarial machine learning. Then, we illustrate traditional methods, such as Petri Net cannot solve this new question efficiently. To help IoT data analysis more efficient, we propose a retrieval method based on deep learning (recurrent neural network). Besides, this paper presents a research on data retrieval solution to avoid hacking by adversaries in the fields of adversary machine leaning. It further directs the new approaches in terms of how to implementing this framework in IoT settings based on adversarial deep learning.
翻译:深度学习和其他机器学习方法被运用到许多与物联网或IoT有关的系统。 但是,它面临着一些挑战,对手可以通过篡改历史数据而利用漏洞侵入这些系统。本文件首先介绍了对抗性机器学习的总体要点。然后,我们介绍了传统方法,例如Petri Net无法有效解决这一新问题。为了帮助IoT数据分析更加有效,我们提议了一种基于深层次学习的检索方法(经常性神经网络)。此外,本文件还介绍了一项数据检索方法研究,以避免对手在对立机器倾斜领域黑入这些系统。它进一步指导了如何在对抗性深层次学习的基础上在IoT环境中实施这一框架的新方法。