Explain the concept of homomorphic encryption. How does it enable computations on encrypted data without decrypting it, and what are its practical applications?
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Explain the concept of homomorphic encryption. How does it enable computations on encrypted data without decrypting it, and what are its practical applications?
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- How does homomorphic encryption enable computations on encrypted data without decryption, and what are its applications?Discuss the principles of homomorphic encryption. How is it used to perform computations on encrypted data without decryption?Why does symmetric encryption have problems when it comes to managing keys?
- Describe the principles and use cases of homomorphic encryption. How does it enable computations on encrypted data without decryption?How does homomorphic encryption work, and in what scenarios is it particularly useful?Part 1: Please answer the following questions about the fundamental of cryptography. Each question has only one correct answer. 1, Which description about block ciphers is NOT correct? Block ciphers encrypt the message block by block. A block cipher with a small block is vulnerable to the codebook attack. The encryption and decryption algorithms in block ciphers use the same secret key. The key length for block cipher should be very short to defend against the exhaustive key search attacks. 2, If the key length of a block cipher is 64 bits, what is the size of the key space? Hint: The key space consists of all possible keys. 64 264 232 2128 3, Modern block ciphers combine substitution S and permutation P operations to improve security. Based on the security rule, the cipher should not use consecutive substitutions or consecutive permutations. In the following combinations, which one violates the above security rule? ?1?1?2?2 B. ?1?1?2?2 C. ?1?1?2?2 4, Which…