KG2PG

Q1: 1. Which routing algorithm is used in the Internet for determining the shortest path?

Q2: 2. Which routing algorithm uses the Bellman-Ford equation to calculate the shortest path?

Q3: 3. Which routing algorithm is suitable for use in autonomous systems and supports classless routing?

Q4: 4. Which routing algorithm uses Dijkstra's algorithm to calculate the shortest path?

Q5: 5. Which routing algorithm uses a composite metric based on bandwidth and delay to calculate the best path?

Q6: 6. Which routing algorithm supports VLSM (Variable Length Subnet Masking) and CIDR (Classless Inter-Domain Routing)?

Q7: 7. Which routing algorithm is based on distance vector routing and utilizes split horizon and poison reverse techniques?

Q8: 8. Which routing algorithm uses AS_PATH attribute to prevent routing loops and support policy-based routing?

Q9: 9. Which routing algorithm is known for fast convergence and supports equal-cost load balancing?

Q10: 10. Which routing algorithm is categorized as an advanced distance vector routing protocol?

Q11: 11. Which routing algorithm uses administrative distance to select the best path when multiple routes to the same destination exist?

Q12: 12. Which routing algorithm supports both IPv4 and IPv6 routing?

Q13: 13. Which routing algorithm uses a metric based on hop count to determine the shortest path?

Q14: 14. Which routing algorithm is commonly used within a single autonomous system and supports variable-length subnet masks?

Q15: 15. Which routing algorithm is based on the concept of link-state advertisements and areas to scale large networks?

Q16: 16. Which routing algorithm supports route summarization to reduce routing table size?

Q17: 17. Which routing algorithm can be used for inter-domain routing between different autonomous systems?

Q18: 18. Which routing algorithm uses multiple factors such as bandwidth, delay, reliability, and load for path selection?

Q19: 19. Which routing algorithm is based on the concept of autonomous systems and path vector routing?

Q20: 20. Which routing algorithm uses the concept of successor and feasible successor routes for loop prevention and route redundancy?

Q21: 21. Which routing algorithm is suitable for networks with high availability requirements and supports graceful restart mechanisms?

Q22: 22. Which routing algorithm uses the concept of administrative distance for route selection and supports route redistribution between different routing domains?

Q23: 23. Which routing algorithm is suitable for networks with low bandwidth and high latency connections?

Q24: 24. Which routing algorithm uses the concept of route aggregation to reduce the size of routing updates?

Q25: 25. Which routing algorithm is commonly used in enterprise networks for its scalability, fast convergence, and support for VLSM?

Score Summary