[PUBLISHER] upload files #159

* PUSH NOTE : 09. Transport Layer Security.md

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* PUSH NOTE : 08. Public Key Infrastructure.md

* PUSH ATTACHMENT : is-08-certificate-validation.png

* PUSH NOTE : 07. Public Key Cryptography.md

* PUSH NOTE : 06. RSA and ElGamal Encryption.md

* PUSH NOTE : 05. Modular Arithmetic (2).md

* PUSH NOTE : 04. Modular Arithmetic (1).md

* PUSH NOTE : 03. Symmetric Key Cryptography (2).md

* PUSH ATTACHMENT : is-03-feistel-function.png

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* PUSH NOTE : 02. Symmetric Key Cryptography (1).md

* PUSH NOTE : 01. Security Introduction.md

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* PUSH NOTE : 9. Public Key Encryption.md

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* PUSH NOTE : 7. Key Exchange.md

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* PUSH NOTE : 6. Hash Functions.md

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* PUSH ATTACHMENT : mc-06-davies-meyer.png

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* PUSH NOTE : 5. CCA-Security and Authenticated Encryption.md

* PUSH ATTACHMENT : mc-05-ci.png

* PUSH ATTACHMENT : mc-05-etm-mte.png

* PUSH NOTE : 4. Message Authentication Codes.md

* PUSH ATTACHMENT : mc-04-mac.png

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* PUSH ATTACHMENT : mc-04-cbc-mac.png

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* PUSH NOTE : 2. PRFs, PRPs and Block Ciphers.md

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* PUSH NOTE : 16. The GMW Protocol.md

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* PUSH NOTE : 13. Sigma Protocols.md

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* PUSH ATTACHMENT : mc-10-schnorr-identification.png

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* PUSH NOTE : 12. Zero-Knowledge Proofs (Introduction).md

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* PUSH NOTE : 10. Digital Signatures.md

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* PUSH NOTE : 1. OTP, Stream Ciphers and PRGs.md

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* DELETE FILE : _posts/Lecture Notes/Internet Security/2023-09-10-security-intro.md

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_posts/lecture-notes/modern-cryptography/2023-11-16-gmw-protocol.md

@@ -14,9 +14,9 @@ title: 16. The GMW Protocol
 date: 2023-11-16
 github_title: 2023-11-16-gmw-protocol
 image:
-  path: assets/img/posts/Lecture Notes/Modern Cryptography/mc-16-beaver-triple.png
+  path: assets/img/posts/lecture-notes/modern-cryptography/mc-16-beaver-triple.png
 attachment:
-  folder: assets/img/posts/Lecture Notes/Modern Cryptography
+  folder: assets/img/posts/lecture-notes/modern-cryptography
 ---
 
 There are two types of MPC protocols, **generic** and **specific**. Generic protocols can compute arbitrary functions. [Garbled circuits](./2023-11-14-garbled-circuits.md#garbled-circuits) were generic protocols, since it can be used to compute any boolean circuits. In contrast, the [summation protocol](./2023-11-09-secure-mpc.md#example-secure-summation) is a specific protocol that can only be used to compute a specific function. Note that generic protocols are not necessarily better, since specific protocols are much more efficient.
@@ -148,7 +148,7 @@ Indeed, $z_1, z_2$ are shares of $z$.[^2] See also Exercise 23.5.[^3]
 
 Now, in the actual computation of AND gates, proceed as follows.
 
-![mc-16-beaver-triple.png](../../../assets/img/posts/Lecture%20Notes/Modern%20Cryptography/mc-16-beaver-triple.png)
+![mc-16-beaver-triple.png](../../../assets/img/posts/lecture-notes/modern-cryptography/mc-16-beaver-triple.png)
 
 > Each $P_i$ has a share of inputs $a_i, b_i$ and a Beaver triple $(x_i, y_i, z_i)$.
 > 1. Each $P_i$ computes $u_i = a_i + x_i$, $v_i = b_i + y_i$.