Intellectual disability (Id) is a neurodevelopmental disease characterized by significant intellectual and adaptive functioning impairments. Continuous monitoring anddata collection are crucial for managing this cond...
详细信息
Intellectual disability (Id) is a neurodevelopmental disease characterized by significant intellectual and adaptive functioning impairments. Continuous monitoring anddata collection are crucial for managing this condition. To collect patient's skin temperature data, doctors and caretakers often use thermal IR imaging, and they must securely share this information. To address privacy concerns and ensure robust encryptionduring data transmission, this study introduces an adaptive encryption algorithm that operates in both frequency and spatial domains. The algorithm counteracts various security threats, including plain text attacks, differential attacks, brute force attacks, and cropping attacks. The core of this research is the 8d hyperchaotic dna encryption Algorithm, which enhances security by combining block scrambling with dna coding. Security is further optimized through integrating the Integer Wavelet Transform (IWT) in the frequency domain and a dna sequence in the spatial domain. The encryption process aims to balance security and computational efficiency, ensuring reliable performance. Extensive testing and validation against multiple types of attacks show the algorithm's effectiveness and reliability in practical applications. Experimental results show that the proposed system significantly enhances security against various attacks, thus setting a higher standard for encryption in biomedical image and signal processing. This algorithm shows potential for broader applications beyond intellectual disability care, including secure data transmission in medical imaging, financial transactions, and confidential communications, because of its robust encryption capabilities and adaptability to different data types.
暂无评论