Routing Update in Ad Hoc Networks 1st edition by Benjamin Macabeo, Samuel Pierre, Alejandro Quintero ISBN 3540202608 9783540202608

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ISBN 10:       3540202608
ISBN 13: 978-3540202608
Author:         Benjamin Macabéo, Samuel Pierre, Alejandro Quintero
 

Contrary to cellular networks, ad-hoc networks are a form of mobile networks that function without any fixed infrastructure. This paper proposes a method which improves routing success rates in mobile ad hoc networks. This method is based on the density of the nodes in the neighborhood of a route and on the availability of this neighborhood. The results obtained are encouraging: the data packet loss rate is significantly reduced and the time required to complete a local repair route following a failure decreased significantly.

Routing Update in Ad Hoc Networks 1st Table of contents:

1. Introduction

   • 1.1 Background of Ad Hoc Networks
   • 1.2 Importance of Routing and Routing Updates
   • 1.3 Challenges in Routing Update Mechanisms
   • 1.4 Objective and Scope of the Paper
   • 1.5 Structure of the Paper

2. Background and Related Work

   • 2.1 Overview of Routing Protocols in Ad Hoc Networks
   • 2.2 Routing Challenges in Dynamic Networks
   • 2.3 Types of Routing Updates: Periodic, Event-Driven, and Hybrid
   • 2.4 Existing Solutions and Mechanisms for Routing Updates
   • 2.5 Related Work on Routing Updates and Protocol Efficiency

3. Routing Protocols in Ad Hoc Networks

   • 3.1 Proactive Routing Protocols (e.g., DSDV, OLSR)
   • 3.2 Reactive Routing Protocols (e.g., AODV, DSR)
   • 3.3 Hybrid Routing Protocols (e.g., ZRP)
   • 3.4 Issues with Routing Table Updates in Traditional Protocols
   • 3.5 Comparison of Routing Protocols in Ad Hoc Networks

4. Routing Update Mechanisms

   • 4.1 Overview of Routing Updates in Ad Hoc Networks
   • 4.2 Criteria for Effective Routing Updates
   • 4.3 Types of Routing Updates: Link-State vs Distance Vector
   • 4.4 Strategies for Efficient Route Discovery and Update
   • 4.5 Handling Network Topology Changes and Node Mobility
   • 4.6 Techniques for Reducing Overhead in Routing Updates

5. Design and Implementation of Routing Update Mechanisms

   • 5.1 Adaptive Routing Update Strategies
   • 5.2 Incremental and Differential Updates
   • 5.3 Design Considerations for Minimizing Latency and Overhead
   • 5.4 Handling Frequent Topology Changes in Mobile Networks
   • 5.5 Fault Tolerance and Robustness in Routing Updates
   • 5.6 Implementation of Efficient Update Algorithms

6. Performance Evaluation of Routing Updates

   • 6.1 Evaluation Metrics for Routing Updates
   • 6.2 Simulation Setup and Experimental Scenarios
   • 6.3 Comparison of Update Latency, Overhead, and Efficiency
   • 6.4 Impact of Network Size, Density, and Mobility on Updates
   • 6.5 Performance of Protocols with Frequent Routing Updates
   • 6.6 Results and Discussion

7. Challenges in Routing Updates for Ad Hoc Networks

   • 7.1 Scalability and Efficiency in Large-Scale Networks
   • 7.2 Managing Mobility and Topology Changes
   • 7.3 Minimizing Control Message Overhead and Redundant Updates
   • 7.4 Security and Authentication in Routing Update Mechanisms
   • 7.5 Congestion and Collisions in High-Density Networks

8. Applications of Routing Updates in Ad Hoc Networks

   • 8.1 Mobile Ad Hoc Networks (MANETs)
   • 8.2 Wireless Sensor Networks (WSNs)
   • 8.3 Vehicular Ad Hoc Networks (VANETs)
   • 8.4 IoT and Smart City Applications
   • 8.5 Emergency and Military Communication Networks

9. Future Directions and Open Problems

   • 9.1 Emerging Routing Protocols and Their Impact on Updates
   • 9.2 Integrating Machine Learning for Dynamic Routing Adjustments
   • 9.3 Advances in QoS-based Routing Updates
   • 9.4 Self-Organizing and Autonomous Routing Update Mechanisms
   • 9.5 Exploration of Software-Defined Networking (SDN) for Routing Updates

10. Conclusion

• 10.1 Summary of Key Findings
• 10.2 Importance of Efficient Routing Update Mechanisms
• 10.3 Final Remarks and Future Research Opportunities

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