Enhancing security in MANET through unimodal biometric encryption key

H. Diwanji, J. S. Shah
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引用次数: 4

Abstract

For transferring sensitive data as in military applications it is necessary to achieve integrity, confidentiality and authenticity. In this paper, the scheme to generate encryption key with unimodal biometric fingerprint is discussed. As mobile ad hoc network does not have heavy computational power, multimodal biometric approach is not feasible. From receiver's fingerprint feature sets are generated with the help of regression model using binomial distribution. Crossover is performed on these feature sets. The encryption key generated is of 48 bits for DES algorithm. To achieve authentication digital signature is used. The proposed scheme is evaluated for cryptanalysis, brute force attack and found out that this scheme withstands against all attacks. It is also found that false accept rate is zero and false reject rate is higher.
通过单峰生物特征密钥增强无线局域网的安全性
在军事应用中传输敏感数据时,必须实现完整性、保密性和真实性。本文讨论了利用单峰生物指纹生成加密密钥的方案。由于移动自组网计算能力不强,多模态生物识别方法不可行。利用二项分布回归模型,从接收人的指纹特征集生成指纹特征集。在这些特性集上执行交叉。采用DES算法生成的密钥长度为48位。为了实现认证,使用数字签名。对所提出的方案进行了密码分析、蛮力攻击的评估,发现该方案能够抵御所有攻击。同时发现该方法的误接受率为零,误拒率较高。
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