借助声音编程和图像编程创建双锁,实现体域网络远程定位处理数据的安全

P. Kumar, Anand Sharma
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引用次数: 0

摘要

体域网络正在与医学科学一起创造工程,互联网技术将接管促进医疗服务,在远程目的地提供治疗。无线技术的进步使安全的数据通信成为可能。它允许通过移动到移动的标准化来提高质量,并为营销和开发创建分析,特别是为医疗应用程序。无线身体区域网络的市场利润也引起了各国政府的关注,以加强远程医疗设施。安全的数据传输也是体域网络技术的主要关注点,因此需要加密算法。本文将提出一种具有优化过程的认证算法,利用图像数据、声音数据进行加密密钥管理,并利用遗传算法通过体域网络技术对患者进行治疗。IEEE标准允许这些技术的发展,如ZigBee。蓝牙等技术是人体区域网络中最受关注的技术。这篇论文也将展示声音作为关键的可能性。声音编程是人类文化最纯粹的应用领域。本文在声音工程领域建立了更多的思路。来自图像和声音的字符串可以用作双锁。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Creating a Double Lock with the Help of Sound Programming and Image Programming for the Security of Data for Remote Location Treatment in Body Area Network
Body area network is creating engineering with medical science, and internet technology will take over in facilitating medical services to offer treatment at the remote destination. Advances in wireless technologies are perfectly allowing secure data communication. It allows for quality through mobile to mobile standardization and creating analyses for marketing and development specifically for medical applications. Market profit for Wireless Body area network is also taking concerns from different governments as to enhance remote medical facilities. Secure data transfer is also a prime concern of body area network technology, so cryptographic algorithms are required. This paper will propose an algorithm for authentication with the optimization process, using image data, sound data for cryptographic key management and a genetic algorithm for treating a patient through body area network technique. IEEE standards are allowing these technologies for this development are like ZigBee. Bluetooth etc. are the technologies of prime concern for body area networks. This paper will also demonstrate very possibility of sound that can be used as a key. Sound programming is the purest area for the utility of human culture. This paper is establishing more thoughts in the sound engineering area. Strings from image and sound can use as a double lock.
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