The KR-Elliptic Curve Public Key Cryptosystem

Abstract

The connection between some fundamental mathematical problems in number theory with cryptography has been done in this work. A new version of the elliptic curve public key cryptosystem (ECPKC) has been proposed by Karrar Taher and Ruma Ajeena. Their main idea is to design this cryptosystem focusses on generating the elliptic curve group, its order divides the Euler phi function that is computed securely based on two large primes. Faster and more secure computations to generate the keys, encryption and decryption processes, on the KR-ECPK algorithm are discussed. In comparing with other algorithms like RSA and ElGamal public key cryptosystem (EEPKC), the KR-ECPKC considers as an efficient algorithm. So, the KR-ECPKC is more appropriate for elliptic curve cryptographic applications.