STEGNOGRAPHY THROUGH SPATIAL FUSION FOR SECURITY USING M-HEALTH CARE IN TELERADIOLOGY OF MULTIMODAL BIOMETRIC DATA

In medical images of clinical data interpretation are used to provide the M-health services is to present a security and privacy protection in Teleradiology. The transmission of medical images has been critical issues for licensing and credential, contracts for radiology information system, and picture archiving the communication system. A joint dual steganography system means a joint fingerprint/ encryption/dual steganography system. Emerging trends represents the evolution of e-health system for “Teleradiology� platform to wireless and mobile configuration. In the system combines the substitution dual steganography algorithm, spatial fusion algorithm, stream cipher algorithm and fingerprint verification algorithm. This paper aims to give access the outcomes of medical images in mobile computing are confidential and its origin. We present a multiple document maintenance for multiple patients such as computed tomography (CT), MRI, positron emission tomography (PET), X-rays, ultrasound, and mammography are maintained its processes. The dual steganography system, introduce two different schemas, one for patient data & other for fingerprint and face recognition features; it will reduced the difficulties of multiple documents. While using algebraic invariants to improves the robustness of the medical information is the encryption of patient data with face recognition system. One of the most critical sources of variations in face recognition is facial expression, especially in the frequent case only a single sample person is available for enrollment. The experiment result of proposed system scheme evaluated for priori protection is used to verify the confidentiality and reliability for Teleradiology in terms of inaudibility.