A NOVEL ECG BASED ENCRYPTION ALGORITHM FOR SECURING PATIENT CONFIDENTIAL INFORMATION

Remote healthcare monitoring and Point of Care primarily based structures are extensively used for managing diagnostic information of patients. These systems introduce many threats such as privacy, protection facts integrity, reliability, accuracy, etc. The device consists of the encryption and decryption of ECG signals the usage of the superior encryption well-known as well as the attention of persons based on ECG biometrics. This articles proposes an encryption approach to hide the patient private statistics using the scrambling matrix and the shared key, thereby creating a Cryptography two ECG signal. To extract affected person secret facts from the two ECG signal, the decryption method is used to extract the patient secret data from the ECG sign by way of the usage of same shared key and scrambling matrix. Only authored medical doctors possessing this key can reconstruct the original signal. Key distribution is extremely efficient and quickly due to small size. Moreover, if the non linear ECG reaches to the wrong hand (hacker), it would show up as everyday ECG without encryption. Therefore, standard decryption strategies such as powerful brute pressure assault are vain in opposition to this non linear. Finally, with unimaginably high number of noise combinations the security strength of the presented method is very high