Computer Networks and Information Security | |||
Easy | Medium | Difficult | |
2020 | 1. Routers | 1. Application Layer 2. IP Address 3. TCP-Congestion-Window | — |
2019 | 1.SMTP 2.Modulus | 1.IP Address 2.ARP | 1.Network Security 2.Ethernet |
2018 | 1.Headers 2.TCP | 1.TCP 2.IPv4 | 1.Ethernet |
2017 Set-1 | — | 1.TCP 2.CRC 3.Network Security 4.Flow Control | 1.Network Security |
2017 Set-2 | 1.Network Communication | 1.Routing 2.UDP Socket | 1.IPv4 |
2016 Set-1 | 1.Protocols 2.Application layer protocol 3.Security | 1.IPv4 2.Token Bucket 3.Flow Control | — |
2016 Set-2 | 1.Information Security 2.Ethernet 3.Web Page Protocols | 1.CSMA/CD 2.Wi-Fi(IEEE 802.11) | 1.Flow Control Method |
2015 Set-1 | 1. IPV4 Header | 1. TCP 2. Access control method 3. Flow control method | — |
2015 Set-2 | 1. Sockets | 1. HTTP 2. Flow control method 3. IPV4 and fragmentation 4. IP address | 1. TCP |
2015 Set-3 | 1. TCP 2. CSMA/CD | 1. GBN 2. IP address | 1. Packet switching |
2014 Set-1 | 1. Security | 1. Routing 2. TCP(2) 3. Sliding window protocol | — |
2014 Set-2 | 1. Routing 2. Sockets | 1. TTL 2. Security | 1. Packet switching |
2014 Set-3 | 1. OSI layers | 1. Data link layer 2. IP Header 3. IP Address 4. Fragmentation | 1. IPV4 – Protocol |
2013 | 1. Transport layer 2. Network layer 3. Data link layer | 1. Network security 2. Network layer | — |
2012 | 1. Application layer protocol 2. Transport layer 3. IPV4 | 1. IPV4 2. Congestion control 3. Switching | — |
2011 | 1. Network security 2. Application layer protocol | 1. Routing(2) | — |
2010 | 1. IP header 2. Client server Application | 1. IP address 2. Routing(2) | — |