Classful Protocol Projects Examples using NS2

Classful Protocol Projects Examples using NS2 – Here are some project concepts for establishing and experimenting with Classful routing protocols in NS2 (Network Simulator 2) that we have worked preciouslyWith our online thesis writing services, you can trust that your thesis is handled by professionals. We recognize that each client is distinct and has individual requirements, so our team offers personalized support to meet your specific requirements. :

  1. Basic Classful Routing Simulation
  • Description: Include a simplified classful routing protocol in NS2 using Class A, B, and C IP addresses. Design a network topology with several routers and simulate the routing process in terms of classful addressing. Evaluate metrics includes packet delivery ratio, delay, and control overhead.
  • Objective: Study how classful routing performs and assess its restrictions according to their address space utilization and routing table size.
  1. Classful Routing with Distance Vector Protocol
  • Description: Execute a classful version of the Routing Information Protocol (RIP), a distance-vector routing protocol, in NS2. Replicate various network topologies using Class A, B, and C addresses and learn the routing activities, convergence time, and packet delivery.
  • Objective: Learn how distance-vector routing works with classful addressing and compare its efficiency in small to medium-sized networks.
  1. Comparison of Classful and Classless Routing (RIP vs. RIP with CIDR)
  • Description: Mimic both classful and classless versions of the Routing Information Protocol (RIP) in NS2. Relate the performance of classful RIP (without subnetting) and RIP with Classless Inter-Domain Routing (CIDR) in various network sizes and topologies.
  • Objective: Know the benefits of classless routing over classful routing depend on address space utilization and routing table size.
  1. Classful vs. Classless Routing in Large-Scale Networks
  • Description: Accomplish a large-scale network using classful routing and simulate it in NS2. Compare it with a classless routing configuration (using CIDR or subnetting) according to the scalability, routing table size, and control overhead.
  • Objective: Assess the restrictions of classful routing in large-scale networks and understand how classless routing enhances address space and minimizes routing table size.
  1. Routing Loop Problems in Classful Protocols
  • Description: Replicate a network using a classful routing protocol like RIP in NS2 and know routing loops caused by the lack of subnet information. Develop scenarios where routing loops happen and assess their effect on packet loss and network performance.
  • Objective: Study the restrictions of classful routing in identifying and preventing routing loops, and propose techniques to avoid these problems.
  1. Classful Routing in a Multi-Network Environment
  • Description: Mimic multiple interconnected networks using classful routing with various Class A, B, and C addresses in NS2. Evaluate the performance of the routing process, concentrating on routing table size, control overhead, and packet delivery across several networks.
  • Objective: Get to know how classful routing manages communication via multiple IP address classes and the effect on routing efficiency.
  1. Classful Routing with Subnetting Simulation
  • Description: Even though classful protocols do not inherently assists subnetting, imitate a network in NS2 where subnetting is needed yet classful routing is used. Study the threats and restrictions of using classful protocols with subnetted networks.
  • Objective: Understand the incompatibility of classful routing with subnetting and the need for classless routing protocols to address these limitations.
  1. Performance of Classful Routing in Mobile Networks
  • Description: Attach a classful routing protocol in a mobile network using NS2. Emulate node mobility and assess how classful routing performs depend on route stability, packet loss, and routing overhead in dynamic scenarios.
  • Objective: Explore the restrictions of classful routing in mobile networks and its adaptability to topology variations.
  1. Classful Routing with Route Aggregation Simulation
  • Description: Establish a classful routing protocol with route aggregation in NS2. Model a scenario where several networks with Class A, B, and C addresses are collected at the border router. Analyze the influence of route aggregation on routing table size and control overhead.
  • Objective: Learn how route aggregation can enhance routing table size in classful networks and its restrictions compared to classless routing.
  1. Classful Routing and IP Address Exhaustion
  • Description: Emulate a network using classful routing in NS2 and study the issue of IP address exhaustion, particularly with Class A and B addresses. Analyze how classful routing leads to inefficient address space utilization.
  • Objective: Understand the shortcomings of classful routing depend on address allocation and the need for classless routing to address IP address exhaustion.
  1. Classful Routing in a Homogeneous Network
  • Description: Accomplish a homogeneous network with all nodes and routers using the same IP address class (like Class B) in NS2. Learn the performance of classful routing in such a network and evaluate metrics like routing table size, control overhead, and convergence time.
  • Objective: Familiarize how classful routing operates in a homogeneous environment and its capable advantages and shortcomings compared to heterogeneous networks.
  1. Classful Routing in a Legacy Network Simulation
  • Description: Mimic a legacy network that uses classful routing protocols like RIP or IGRP (Interior Gateway Routing Protocol) in NS2. Assess the threats in maintaining such networks and the performance restrictions compared to advantages classless routing protocols like OSPF or BGP.
  • Objective: Explore the operational threats of classful routing in legacy networks and compare them with the advanced routing landscape.
  1. Transition from Classful to Classless Routing
  • Description: Emulate a network transition from classful to classless routing in NS2. Start with a classful routing configuration using protocols like RIP and gradually launch classless routing (like RIP with CIDR or OSPF). Assess the influence of this transition on routing performance, convergence, and overhead.
  • Objective: Study the complexities and welfares of transitioning from classful to classless routing in real-world networks.

These project ideas focus on exploring the behavior, limitations, and challenges of classful routing protocols, highlighting the evolution from classful to classless addressing.

This approach has the brief instruction guide on how to start with the simulation set up and establishment of Classful Project based project examples and how to execute it ns2 environment. We also provide the benefits and shortcoming of the protocol to help you understand it.