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Based on Elliptic Curve encryption system implementation

Author: LinShuFen
Tutor: GuJianDe；LiMaoQing
School: Xiamen University
Course: Systems Engineering
Keywords: Private key cryptography Public key cryptography Finite fields Elliptic Curve Cryptography Discrete logarithm ElGamal algorithm DSA algorithm Digital signature
CLC: TN918.1
Type: Master's thesis
Year: 2002
Downloads: 297
Quote: 15
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Abstract


This thesis consists of the following components: The first chapter introduces some basic concepts of cryptography and terminology . Including the classification of cryptography , the typical structure of cryptography , cryptanalysis methods , and describes different classification methods of cryptographic algorithms . The second chapter describes commonly used cryptographic algorithms . Include common private key cryptographic algorithms and public key cryptography algorithm , described the principle and the advantages and disadvantages of various algorithms , the focus will elliptic curve algorithm and several other public-key cryptography algorithm compared to illustrate the advantages of elliptic curve algorithm . The third chapter introduces the theory of elliptic curves . Including the introduction of elliptic curves , curve arithmetic geometric meaning , elliptic curves over finite fields and elliptic curve domain parameters meaning. The fourth chapter is based on elliptic curve method for data encryption and digital signature . Reference to the existing public key cryptography algorithm : ElGamal, DSA algorithm theory , indicating the data based on elliptic curve encryption, decryption and digital signature . Chapter details the implementation of elliptic curve cryptography . Introduced in the system design process involved in the key issues and specific solutions , and a brief description of the function of the system . Chapter 6 describes a typical cryptographic protocols and cryptographic system implementations. Illustrates the cryptographic protocols and their application in the security system , and analyzes the current widely used cryptographic system typical implementations.

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CLC: > Industrial Technology > Radio electronics, telecommunications technology > Communicate > Confidentiality of communications and communications security > Theory
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