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Secure voice over internet protocol(VoIP) network with biometric key

机译:使用生物识别密钥对互联网协议(VoIP)网络进行安全的语音

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In a world that is more digitally connected than ever before, keeping your personal data safe is essential. Currently, Voice over Internet Protocol (VoIP) becomes one of the most dominant and attracting technologies in the world of telecommunications. The two major issues in VoIP is to be consider are that, the confidential data falling in the hands of network attackers and remembering of long cryptographic keys. Here we propose to generate a biometric key using iris, which is the combination of the iris code and the pseudo random numbers as a key for VoIP Communication. This iris key act as a symmetric key for both encryption and decryption. Unfortunately if the iris biometric is stolen, this makes the attacker to access the data if the data encrypted with biometric key alone. To overcome this problem we propose to use pseudo random numbers, which is fused with iris biometric. Therefore billions of unique keys can be generated, making VoIP technology hard for an attacker to guess the key. This proposed system is composed of two modules 1)Feature extraction of Iris 2)Cryptographic key generation.
机译:在一个比以往更有数字连接的世界中,保持您的个人数据安全至关重要。目前,互联网协议的声音(VoIP)成为电信世界中最占主导地位和吸引力的技术之一。 VoIP中的两个主要问题是考虑的,是,机密数据落在网络攻击者手中,并记住长加密密钥。在这里,我们建议使用虹膜生成生物识别密钥,这是虹膜代码和伪随机数的组合作为VoIP通信的键。此虹膜键充当加密和解密的对称密钥。不幸的是,如果虹膜生物识别被盗,这使得攻击者如果使用单独使用生物识别密钥加密数据,则会访问数据。为了克服这个问题,我们建议使用伪随机数,这与虹膜生物识别融合。因此,可以生成数十亿个独特的键,使VoIP技术难以让攻击者猜出钥匙。该提出的系统由IRIS 2的两个模块1)组成特征提取。

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