基于机器学习技术的普适计算增强安全模型

Jayashree Agarkhed, Geetha Pawar
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引用次数: 0

摘要

在当今移动世界中,普适计算在数据计算和通信中发挥着至关重要的作用。普适计算为用户工作和社交的分散计算服务提供了移动环境。在最近的趋势中,普适计算从台式机转向了笔记本电脑、记事本、智能手机和个人数字助理等灵活便携的开发设备。无处不在的环境设备遍布全球,能够接收各种通信服务,包括电视、有线网络、广播电台和其他视听服务。在这种无处不在的环境中,用户和系统可能面临用户信任、数据隐私以及用户和设备节点身份的挑战。为这些挑战提供可行的决心。本文旨在提出一个动态学习的普适计算环境,以参考挑战提出的针对可信和不可信攻击者的有效信任模型(ETM)。ETM模型还与现有的通用模型进行了比较,其准确率也比现有模型高出97%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhanced Security Model for Pervasive Computing Using Machine Learning Techniques
In recent mobile world the pervasive computing plays the vital role in data computing and communication. The pervasive computing provides the mobile environment for decentralized computational services where the user work and socializes. Pervasive computing in recent trend moves away from the desktop to make surrounding as flexible and portable dev ices like laptop, notepad, smartphones and personal digital assistants. Pervasive environment devices are worldwide and able to receive various communication services including TV, cable network, radio station and other audio-visual services. The users and the system in this pervasive environment may face the challenges of user trust, data privacy and user and device node identity. To give the feasible determination for these challenges. This paper aims to propose a dynamiclearning pervasive computing environment to refer the challenges’ proposed efficient trust model (ETM) for trustworthy and untrustworthy attackers. ETM model also compared with existing generic models, it also provides 97 % accuracy rate than existing models.
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