Human Health Care Systems Analysis for Cloud Data Structure of Biometric System Using ECG Analysis

Abstract

AbstractA cloud security system using cryptography has gained more importance among researchers in recent times. One of the key elements of a cryptography system is that it is capable of converting transactions of the conventional system into an intensive digital transaction module by altering its channels according to the needs of the Clouding or other communication channels. Much research has been conducted with the concept of cryptography, but more importance was given to the medical field, especially for ECG monitoring by a cardiologist which records the electrical signal from the human heart to check for different heart conditions. In this research analysis, the paper tries to analyze the relationship between cryptography and mathematics in the context of the Elliptic Curve (EC). In this paper, ECG encrypted biometric fingerprints have different persons. There are many algorithms in use for obtaining data in the cloud system. The commonly used algorithm for biometric fingerprint encryption is AES, DSA, RSA, and Blowfish. Comparative analysis was carried out in this research with the already developed algorithm and the newly Biometric Cryption of Elliptic Logistic Curve Cryptography [BCELCC] algorithm with the help of Diffihelmen. The system’s computed binary values obtained from the encryption system will be converted into a digital image. The basic patterns of parameters take fingerprint ridges: the arch, loop, whorl, encryption, and decryption time have been given with encryption coding generated first java. The simulation process for the proposed model and the existing model will be carried out in MATLAB coding along with java description. The performance analysis of the outcome of the proposed and existing model will be considered using certain parameters using memory usage, accuracy, comparison, and execution time. The biometric encryption will be carried out for the human being by considering their age, gender, heartbeat, BP level, etc. These data are combined and will be generated as a public key. The main motive of this research is to combine the existing algorithm for biometric encryption along with the proposed algorithm through the security level for storage, and the retrieval process of the cloud of a biometric system will be increased. The security process of the system is considered using low bandwidth and high speed for this research.KeywordsFingerprintCryptographyBiometric encryptionPerformance analysisECG analysisCloud data