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Cryptographic Algorithm based on Elliptic Curves for Key Generation, Encryption and Decryption398
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Abstract
The primary objective of this manuscript is to introduce a cryptographic algorithm based on elliptic curves, aiming to enhance efficiency in key storage and runtime for security applications. The research methodology is built upon a series of specific functions, ranging from key generation to the processes of data encoding and decoding, employing mathematical operations on elliptic curves. The noteworthy results primarily highlight the demonstrated efficiency in terms of key storage space utilization and runtime, significantly contributing to the optimization of resources in information security systems. While recognizing certain limitations and considerations in parameter and key selection, the uniqueness and value of this research lie in its capacity to improve efficiency in safeguarding sensitive data. This study concludes that elliptic curve cryptography provides an effective solution to address challenges in key storage and performance, resulting in a substantial enhancement of information security system efficiency.
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