RIMS Road, Kadapa 516004, AP 9912099620 kadapa.jkc@gmail.com
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Government College for Men

Accredited by NAAC • Affiliated to Yogi Vemana University • Kadapa, Andhra Pradesh

Autonomous NAAC B++ ISO 9001:2015
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Electronics
At a Glance
2002
Established
1
Programs
30
Students

POs, PSOs & Course Outcomes

Course Outcomes (CO)
CELLULAR MOBILE COMMUNICATION Course 5
Sem V 2025-2026
  1. CO1: UNIT-I: Students will be able to 1. Explain the concepts of advanced mobile phone service, GSM, digital cellular system, and cordless telephony. 2. Compare first, second, and third-generation wireless communication systems. 3. Analyze the evolution of wireless technologies and their applications in modern telecommunication.
  2. CO2: UNIT-II 4. Illustrate cell structure, handoff mechanisms, and roaming management in cellular networks. 5. Apply channel assignment techniques and evaluate interference issues such as ACI and CCI. 6. Demonstrate understanding of intersystem handoff, authentication, and network signaling. 7. Describe the working of cellular digital packet data (CDPD).
  3. CO3: UNIT-III 8. Explain GSM architecture and its signalling mechanisms. 9. Analyze mobility management and short message service (SMS) in GSM. 10.Discuss international roaming, administration, and operational aspects of GSM networks.
  4. CO4: UNIT-IV 11. Describe the architecture and components of Wireless Application Protocol (WAP). 12. Explain WAP layers such as datagram, transport security, transaction, and session protocols. 13. Apply wireless markup language (WML) and scripting for mobile applications. 14. Analyze wireless telephony applications using WAP.
  5. CO5: UNIT-V 15. Explain third-generation mobile services and their features. 16. Discuss the working principle of wireless local loop (WLL). 17. Illustrate Bluetooth technology, its architecture, and applications. 18. Evaluate the impact of emerging mobile technologies on communication systems.
COMPUTER NETWORK Course 6
Sem V 2025-2026
  1. CO1: UNIT – I 1. Explain different network structures: point-to-point, broadcast, and multicast. 2. Compare network topologies such as star, mesh, tree, and bus structures. 3. Describe the OSI 7-layer model, its architecture, and functions of each layer. 4. Differentiate between packet switching, circuit switching, and message switching. ________________________________________
  2. CO2: UNIT – II 5. Explain physical layer concepts and various transmission media. 6. Analyze channel allocation methods: ALOHA, S-ALOHA, and finite ALOHA. 7. Compare LAN protocols IEEE 802.3, 802.4, 802.5, 802.6, and 802.11. 8. Demonstrate understanding of wired and wireless LAN standards.
  3. CO3: UNIT – III 9. Illustrate framing techniques used at the data link layer. 10. Apply error detection and correction methods, including CRC. 11. Explain flow control protocols such as Stop-and-Wait, Go-Back-N, and Sliding Window. 12. Analyze the efficiency of selective repeat protocol.
  4. CO4: 13. Explain routing algorithms and congestion control techniques in the network layer. 14. Differentiate between repeaters, bridges, routers, and gateways. 15. Describe inter-networking and its significance in communication. 16. Demonstrate basic understanding of transport layer and session layer functions.
  5. CO5: 17. Explain coding techniques, data compression, and cryptography in the presentation layer. 18. Describe functions of the application layer. 19. Discuss high-performance networks such as ATM, Fast Ethernet. 20. Evaluate the role of advanced networking technologies in modern communication systems.