Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents an encryption based security solution for iris biometric template for secure transmission and database storage. Unlike conventionali¾?methods where raw biometric images are encrypted, this paperi¾?proposes method for encryption of biometric templates. The advantage of this method is reduced computational complexity as templates are smaller in size than the original biometric image making it suitable for real time applications. To increase the security of the biometric template, encryption is done by using the concept of multiple 1-D chaos and 2-D Arnold chaotic map. The proposed scheme provides a large key space and a high order of resistance against various attacks. Template matching parameters like hamming distance, ighted Euclidean distance, and normalized correlation coefficient are calculated to evaluate the performance of the encryption technique. The proposed algorithm has good key sensitivity, robustness against statistical and differential attacks and an efficient and lossless method for encrypting biometric templates.
['Garima Mehta', 'Malay Kishore Dutta', 'Pyung Soo Kim']
I am writing a research paper on a idea A Secure Encryption Method for Biometric Templates Based on Chaotic Theory
[{"from": "human", "value": "I am writing a research paper on a idea A Secure Encryption Method for Biometric Templates Based on Chaotic Theory"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents an encryption based security solution for iris biometric template for secure transmission and database storage. Unlike conventionali\u00be?methods where raw biometric images are encrypted, this paperi\u00be?proposes method for encryption of biometric templates. The advantage of this method is reduced computational complexity as templates are smaller in size than the original biometric image making it suitable for real time applications. To increase the security of the biometric template, encryption is done by using the concept of multiple 1-D chaos and 2-D Arnold chaotic map. The proposed scheme provides a large key space and a high order of resistance against various attacks. Template matching parameters like hamming distance, ighted Euclidean distance, and normalized correlation coefficient are calculated to evaluate the performance of the encryption technique. The proposed algorithm has good key sensitivity, robustness against statistical and differential attacks and an efficient and lossless method for encrypting biometric templates."}]