Survey of Various Homomorphic Encryption algorithms and Schemes
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Title: Survey of Various Homomorphic Encryption Algorithms and Schemes

Section 1: Introduction
Description 1: Overview of homomorphic encryption and its significance in modern cryptography.

Section 2: Principles and Properties of Homomorphic Encryption
Description 2: Explanation of the fundamental principles and properties that underpin homomorphic encryption.

Section 3: RSA Algorithm
Description 3: Examination of the RSA algorithm and its application in homomorphic encryption.

Section 4: ElGamal Algorithm
Description 4: Analysis of the ElGamal algorithm and its role in homomorphic encryption schemes.

Section 5: Paillier Algorithm
Description 5: Discussion of the Paillier algorithm and how it facilitates homomorphic operations.

Section 6: Brakerski-Gentry-Vaikuntanathan (BGV) Scheme
Description 6: Investigation of the BGV homomorphic encryption scheme and its unique features.

Section 7: Enhanced Homomorphic Cryptosystem (EHC)
Description 7: Overview of the Enhanced Homomorphic Cryptosystem and its advantages.

Section 8: Algebraic Homomorphic Encryption Scheme Based on Updated ElGamal (AHEE)
Description 8: Description of the AHEE scheme and how it improves upon the original ElGamal system.

Section 9: Non-interactive Exponential Homomorphic Encryption Scheme (NEHE)
Description 9: Discussion on the NEHE scheme and its non-interactive properties.

Section 10: Conclusion
Description 10: Summary of the key findings from the survey and potential future directions for research in homomorphic encryption.