生物识别技术作为虚拟现实环境中的安全认证:系统的文献综述

Chandra Hermawan Heruatmadja, Meyliana, A. Hidayanto, Harjanto Prabowo
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引用次数: 1

摘要

虚拟现实(VR)是一种使用户能够在人工环境中相互交互的技术。虽然这项技术使生活变得更容易,但它也产生了新的问题,特别是在安全和身份验证领域。与一般的身份验证技术相比,用户可以安全地使用pin或密码,而在VR中,这种安全模型创造了一个新的安全漏洞,虚拟现实中更好的身份验证方法和更安全的身份验证都是许多研究的主题,包括使用生物识别技术。为了进一步了解VR认证研究中最常见的问题——生物识别认证,本研究通过系统的文献综述,回答了生物识别媒体头戴式显示器(HMD)的研究问题,并考察了机器学习和生物识别媒体的常用情况,以及生物识别认证如何准确识别个体,最后,以帮助未来的研究人员缩短进行研究的时间或为VR服务提供正确的认证方法。研究结果发现,在构建生物特征认证模型时,研究者经常使用k-最近网络和支持向量机(SVM)机器学习,其中手指静脉和手部运动是最准确的生物特征认证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biometric as Secure Authentication for Virtual Reality Environment: A Systematic Literature Review
Virtual Reality (VR) is a type of technology that enables users to interact each other inside artificial environments. While this technology makes life easier, it also creates new issues, particularly in the areas of security and authentication. In contrast to authentication techniques in general, where users can use a pin or password safely and securely, in VR this security model creates a new security loophole and the better authentication method and more secure authentication in virtual reality have both been the subject of numerous studies including using biometric. In order to learn more about biometric authentication, which is the most common issue in VR authentication research, this research is conducted in a systematic literature review to answer the research questions what biometric media, HeadMounted Display (HMD), also examines what machine learning and biometric media are frequently used, and how accurate biometric authentication can identify individual person, and in the end, to help future researchers to shorten the time in conducting research or have the right authentication method for a VR service. Result of the research found that to build biometric authentication model, researcher often use k-Nearest Network and Support Vector Machine (SVM) machine learning, and finger vein and hand movement are the most accurate biometric authentication among others.
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