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# Course guide

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Autores: Ana I. González-Tablas Ferreres, José M. de Fuentes García-Romero de Tejada, Lorena González Manzano, Sergio Pastrana Portillo
 Modules Suggested Learning Time Basic Learning Materials and Readings Complementary Study Materials and Readings Exercises and Problems Practical Assignments Assessment Activities Module 1 15 hours MC-F-001. Module 1. Mathematical fundamentals of cryptography ( PDF part1 1, PDF part 2).LO-B-001 (Stallings, 2011) Chapters 4 and 8 EP-F-001. Exercises of Module 1. Mathematical fundamentals of cryptography ( PDF ).ER-F-001 Solved exercises of Module 1. Mathematical fundamentals of cryptography ( PDF ). PE-A-001. Self-assessment 1 ( PDF ). PE-AS-001. Self-assessment 1. Solution ( PDF ). PE-T-001. Dynamic test 1 ( HTML ). Module 2 2,5 hours MC-F-002. Module 2. Introducction to cryptography ( PDF ). LO-B-001. (Stallings, 2011) Chapter 1 PE-A-002. Self-assessment 2 ( PDF ). PE-AS-002. Self-assessment 2. Solution ( PDF ). PE-T-002. Dynamic test 2 ( HTML ). Module 3 7,5 hours MC-F-003. Module 3. Related concepts ( PDF ). PR-F-001. Lab 1 Part I: Entropy ( PDF ). PRS-F-001. Solutions. Lab 1 part I: Entropy ( PDF ). Module 4 15 hours MC-F-004. Module  4. Classical cryptography and its cryptanalysis ( PDF ). LO-B-001. (Stallings, 2011) Chapter 2 EP-F-002. Exercises of Module  4. Classical cryptography and its cryptanalysis ( PDF ). ER-F-002. Solved exercises of Module  4. Classical cryptography and its cryptanalysis ( PDF ). PR-F-002. Lab 1 Part II: Classical Cryptography ( PDF ). PRS-F-002. Solutions. Lab 1 Part II: Classical Cryptography ( PDF ). PE-A-003. Self-assessment 3 ( PDF ). PE-AS-003. Self-assessment 3. Solution ( PDF ). PE-T-003. Dynamic test 3 ( HTML ). Module 5 17 hours MC-F-005. Module 5. Symmetric encryption. Block ciphers ( PDF ). LO-B-001. (Stallings, 2011) Chapters 3, 4 and 5 EP-F-003. Exercises of Module 5. Symmetric encryption. Block ciphers ( PDF ). ER-F-003. Solved exercises of Module 5. Symmetric encryption. Block ciphers ( PDF ). PR-F-003. Lab 2: Symmetric and Asymmetric Cryptography ( PDF ). PR-F-004. Java code provided for Lab 2: Symmetric and Asymmetric Cryptography ( RAR ). PRS-F-003. Solutions. Lab 2: Symmetric and Asymmetric Cryptography ( PDF ). PE-A-004. Self-assessment 4 ( PDF ). PE-AS-004. Self-assessment 4. Solution ( PDF ). PE-T-004. Dynamic Test 4 ( HTML ) Module 6 7 hours MC-F-006. Module 6. Symmetric encryption: Stream ciphers ( PDF ). LO-B-001. (Stallings, 2011) Chapter 7 EP-F-004. Exercises of Module 6. Symmetric encryption: Stream ciphers ( PDF ). ER-F-004. Solved exercises of Module 6. Symmetric encryption: Stream ciphers ( PDF ). PE-A-005. Self-assessment 5 ( PDF ). PE-AS-005. Self-assessment 5. Solution ( PDF ). PE-T-005. Dynamic Test  5 ( HTML ) Module 7 9 hours MC-F-007. Module 7. Asymmetric encryption ( PDF ). LO-B-001. (Stallings, 2011) Chapters 9 and 10 EP-F-005. Exercises of Module 7. Asymmetric encryption ( PDF ). ER-F-005. Solved exercises of Module 7. Asymmetric encryption ( PDF ). PE-A-006. Self-assessment 6 ( PDF ). PE-AS-006. Self-assessment 6. Solution ( PDF ). PE-T-006. Dynamic Test 6 ( HTML ) Module 8 9 hours MC-F-008. Module 8: Key distribution and management ( PDF ). LO-B-001. (Stallings, 2011) Chapters 10.1 and 14.1-3 EP-F-006. Exercises of Module 8: Key distribution and management ( PDF ). ER-F-006. Solved exercises of Module 8: Key distribution and management ( PDF ). PE-A-007. Self-assessment 7 ( PDF ). PE-AS-007. Self-assessment 7. Solution ( PDF ). PE-T-007. Dynamic Test  7 ( HTML ) Module 9 7 hours MC-F-009. Module 9: Hash functions ( PDF ). LO-B-001. (Stallings, 2011) Chapter 11 PE-A-008. Self-assessment 8 ( PDF ). PE-AS-008. Self-assessment 8. Solution ( PDF ). PE-T-008. Dynamic Test  8 ( HTML ) Module 10 7 hours MC-F-010. Module 10: Message authentication codes ( PDF ). LO-B-001. (Stallings, 2011) Chapter 12 PE-A-009. Self-assessment 9 ( PDF ). PE-AS-009. Self-assessment 9. Solution ( PDF ). PE-T-009. Dynamic Test 9 ( HTML ) Module 11 17 hours MC-F-011. Module 11: Digital signature schemes ( PDF ). LO-B-001. (Stallings, 2011) Chapter 13 EP-F-007. Exercises of Module 11: Digital signature schemes ( PDF ). ER-F-007. Solved exercises of Module 11: Digital signature schemes ( PDF ). PR-F-005. Lab 3: Digital Signature and PKI ( PDF ). PR-F-006. Configuration files for Lab 3: Digital Signature and PKI ( PDF ). PRS-F-004. Solutions. Lab 3: Digital Signature and PKI ( PDF ). PE-A-010. Self-assessment 10 ( PDF ). PE-AS-010. Self-assessment 10. Solución ( PDF ). PE-T-010. Dynamic Test 10 ( HTML ) Module 12 15 hours MC-F-012. Module 12: Public key infrastructures ( PDF ). LO-B-001. (Stallings, 2011) Chapter 14.4-5 EP-F-008. Exercises of Module 12: Public key infrastructures ( PDF ). ER-F-008. Solved exercises of Module 12: Public key infrastructures ( PDF ) PE-A-011. Self-assessment 11 ( PDF ). PE-AS-011. Self-assessment 11. Solution ( PDF ). PE-T-011. Dynamic Test  11 ( HTML ) Module 13 5 hours MC-F-013. Module 13: User authentication ( PDF ). LO-B-001. (Stallings, 2011) Chapter 15 PE-A-012. Self-assessment 12 ( PDF ). PE-AS-012. Self-assessment 12. Solution ( PDF ). PE-T-012. Dynamic Test  12 ( HTML ) Assessment 17 hours PE-E-001. Exam 1. Statement and solution ( PDF). Final Exam . Ordinary sitting. Year 2012-2013. PE-E-002. Exam 2. Statement and solution ( PDF). Final Exam . Ordinary sitting. Year 2013-2014
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