基于人工智能的双重认证系统

S. Gopinath, S. Pragadeswaran, P. Subaranjani, R. Mounitha, N. Parameshwari
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引用次数: 0

摘要

人工智能(AI)在各种现实应用中显示出巨大的潜力。然而,在将人工智能应用于电子投票等以信任为导向的应用时,公平性、透明度和可信度等一些重要考虑因素仍然具有挑战性。在这个项目中,我们的目标是通过开发一个基于区块链的可追溯的自计数电子投票系统来促进人工智能生态系统的整合。该系统提出了一种利用阿达卡指纹进行投票的新系统。在电子投票系统中,选民可以在任何地方投票,因为会有两个或更多级别的真实性检查。系统将作为超级管理员激活交换机的注册模块。进行注册模块,其次是指纹验证。该系统允许选民投票,区块链技术应运而生,集成在机器中。每个投票被添加到由256位SHA哈希码加密的每个块中,哈希块不能被任何个人篡改,因为更多的安全性被添加到系统中。通过在信息分发中采用区块链,将减少每个数据库操纵的作弊来源。拟议的使用区块链的投票机制不仅服务于选举管理机构,也服务于选民,如果在计票宣布之前有人干预他们的投票,他们会得到通知。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ai Based Dual Authentication System
Artificial intelligence (AI) has demonstrated huge potential in a various real-world applications. However, some significant considerations like fairness, transparency and trustworthiness are still challenging when applying AI to trust-oriented applications such as E-voting. In this project, we aim to facilitate the consolidation of AI ecosystems by developing a blockchain-based traceable self-tallying E-voting system. The proposed system presents a novel voting system by using Fingerprint of Aadhar card. In E-voting system an voter can vote from anywhere as there will be two or more levels of authenticity checks. The system will act as registering module on activating switch by the super admin. For registering module, followed by the fingerprint verification. The system permits the elector to cast their vote, block chain technology comes into existence that is integrated within the machine. Each vote is added into each block encrypted by 256-bit SHA hash codes, the hashed block cannot be tampered by any individual as more security is added to the system. By adopting Blockchain within the distribution of information will scale back one in every of the cheating sources of database manipulation. The proposed mechanism of voting using Blockchain not only serves the election conducting bodies but also the voters who get notified in case of any meddling with their votes before the counting announcement.
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