最安全的钥匙——智能钥匙

A. Raghav, D. Shashanka, P. Chandra, D. Tejas, S. Panda
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引用次数: 1

摘要

犯罪阻碍社会的发展。在适当的时候采取预防措施可以防止盗窃和入室盗窃使平民受害。本文提出了一种简单、嵌入式、低成本、直观、经济、可实现的家庭安全解决方案。提出的模型包含两层安全性。一种是生物指纹识别,另一种是由预设的脉冲振动组成的密码,这些脉冲振动只能被感觉到。强安全性的关键在于连续振动之间的随机延迟。连续的身份验证缺乏模式,因为它们在随机时间内发生,使观察者毫无头绪。我们称之为智能钥匙。智能钥匙不需要大量的维护,并由自己的嵌入式直流UPS供电。通过这种方式,它消除了任何要求,如外部UPS/逆变器,这可能是昂贵的。智能钥匙的无数据化设计使其具有通用性和同一性,使用户在钥匙丢失时不会有任何苦恼。该系统的设计是非常模块化的,欢迎扩展功能与方便。它有一个可调节的可变直流电源端口,用于额外的外设,使其成为一个独立可靠的安全系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Safest Key-Smart Key
Crime inhibits the development of a society. Preventive measures taken at the right time can prevent theft and burglary from victimizing civilians. This paper presents a simple, embedded, low cost solution to domestic security that is intuitive, economic and implementable. The proposed model incorporates two layers of security. One is biometric finger print recognition and the other is a password consisting of a preset number of pulsed vibrations that can only be felt. The key to strong security is established by random delays between successive vibrations. Successive authentications lack pattern, as they happen in random time, leaving observers clueless. We call this the Smart Key. The Smart Key does not require significant maintenance and is powered by its own embedded DC UPS. In this way, it removes any requirements such as an external UPS/Inverter which can be expensive. The data less design of Smart Keys make them universal and identical, which frees the user from any distress in case it is lost. The system design is very modular and welcomes expansion of functionality with ease. It has a regulated variable DC power supply port for additional peripherals, making it a stand-alone reliable security system.
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