Q1. Explain key features of SET.

This is question 1 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q2. Discuss RC4 algorithm in detail.

This is question 2 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q2. Define: 1. Firewall 2. TLS 3. Secure shell

This is question 2 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q3. Discuss X.509 certificate.

This is question 3 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q3. Compare DES, 3DEC & AES.

This is question 3 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q3. Explain RSA algorithm in detail.

This is question 3 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q3. Discuss the benefits of IPSecurity.

This is question 3 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

WinterMC2018

Network Security (NS) — Winter 2018

Q: Q1. Attempt the following. 1. List Active & Passive attack 2. Explain security mechanism.

This is question 1 (3 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Q: Q4. Define Deffie-Hellman key exchange algorithm with example.

This is question 4 (7 marks) from the GTU Network Security (NS) MC Winter 2018 question paper. Subject code: 2650002.

Subject Code2650002

ProgramMaster of Computer Applications

Total Marks70

Questions10

Exam Date16 November 2018

Questions17

Attempt the following. 1. List Active & Passive attack 2. Explain security mechanism.

[3 marks]

Explain key features of SET.

[7 marks]

Discuss RC4 algorithm in detail.

[7 marks]

Define: 1. Firewall 2. TLS 3. Secure shell

[7 marks]

State the difference between Block & Stream Cipher

[7 marks]

Discuss X.509 certificate.

[7 marks]

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Define Deffie-Hellman key exchange algorithm with example.

[7 marks]

Explain ESP format.

[7 marks]

Explain PGP and its services.

[7 marks]

Explain Web security overview.

[7 marks]

Explain IEEE 802.11 Wireless LAN.

[7 marks]

Discuss Kerberos and its versions.

[7 marks]

Explain Firewall and its types.

[7 marks]

Discuss Intrusion and its detection techniques.

[7 marks]

Network Security (NS) — Winter 2018

Questions17

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