Mobile Ad hoc Network Research Topics

MANET Research Topics is the research here we proposed in this research. It is a wireless network and is employed in many fields and applications. Below we provide several innovative ways of utilizing data mining techniques and present some research topics and thoughts in MANET technology:

  1. Define MANET

At the initial stage we begin with the definition for our proposed MANET technology. It is a distributed kind of wireless network which contains the mobile nodes that interact with every one not with any requirement for a combined framework, like access points or base stations.

  1. What is MANET?

Next to the definition we look for the comprehensive description of our proposed MANET technique. Mobile Ad-Hoc Network is the extended form of MANET. It is a wireless network of distributed kind. It will not depend on access points in the achieved framework or an existing framework, like the routers in wired networks.

  1. Where MANET used?

Afterwards the comprehensive description we discuss where to employ this MANET technology. It is utilized in different situations like outdoor events, emergency response situations, rural areas and military operations are the stable framework which is absent or impossible. They are also used in Vehicular networks, IoT (Internet of Things) applications and mobile sensor networks for dissemination and data gathering.

  1. Why MANET technology proposed? , previous technology issues

For this research we proposed a MANET technology to tackle the issues in the traditional wireless networks, particularly in the situations where the stable framework is not present or impossible.

The existing technology meets the challenges like dependence on a combined framework, challenges in deployment in dynamic or harsh environments, limited scalability and vulnerability to single-point failures. MANETs provide a distributed interaction, self-arrangement and adaptability to dynamic topology changes, overcoming more difficulties and offer strong linkage in difficult situations.

  1. Algorithms / protocols

We proposed MANET technology in this research to make decisions in a correct way and overcome several existing technology issues. Some of the algorithms that we utilized for our proposed technologies are: Ad hoc on demand Multipath distance vector, Genetic Algorithm, Credit based mechanism and Route Request (RREQ) mechanism.

  1. Comparative study / Analysis

In the comparative analysis section we have to compare the different methods or techniques to be utilized for this research. Some of the methods to be compared are as follows:

  • To maintain the large amount of networks which have the best scalability, we propose the RANCE method.
  • Credit based mechanism is employed to identify the selfish nodes and to improve the accuracy.
  • For managing the control overhead, we utilize the Route Request (RREQ) mechanism.
  • Semi Chaotic Genetic Algorithm with Hidden Markov Model and Lagrange relaxation (SGA-HMM-LR) is utilized to enhance the fairness criteria, interface issues and efficient QoS provisions.
  • Congestion Adaptive and Delay Sensitive multirate and Ad hoc on demand multipath distance vector routing protocol (CADM-AOMDV) is employed to reduce the congestion control, load balancing and the delay.
  1. Simulation results / Parameters

Our proposed MANET technology compares the various metrics or parameters to obtain the improved corresponding results. Here the parameters that we compared are Routing load (%) with no of nodes, nodes with Time (s), Detection of selfish nodes (%) with Present selfish node, Packet delivery ratio with packet rate (packets/s), routing control overhead with packet rate (s) and end-to-end delay (s) with packet rate (packets/s).

  1. Dataset LINKS / Important URL

The MANET technology is now widely used in many of the fields to connect without any wires and here we offer few important links to be utilized for go through the details to be required for the understanding of our proposed technology:

  1. MANET Applications

Here we propose the MANET technology which is utilized in many of the applications like sensor networks, military, disaster relief and education.

  1. Topology for MANET

MANET technology comprises three types of topology for this proposed research, they are hybrid, Infrastructure based and Infrastructure less.

  1. Environment for MANET

Let’s look over the environment to be utilized for this proposed MANET technology. It is generally operated in dynamic environments like vehicular networks, rural regions, IoT deployments, urban areas, military operations, outdoor events and disaster scenarios offers the distributed interaction not depend on any stable framework.

  1. Simulation tools

The proposed MANET technology follows the succeeding software requirements as follows. The simulation tool that was used to implement the work is Network Simulator NS 3.26. The operating system here used to operate the work is Ubuntu 14.04 LTS. Then the work is performed by comparing the parameters or metrics to obtain the best result.

  1. Results

The proposed MANET technology is a wireless network to interact with each other in a specific manner. It is widely utilized in many applications and is proposed to overcome several previous technology issues to obtain the best result when compared to the existing technologies. It is operated by using the operating system Ubuntu 14.04 LTS.

Mobile Ad hoc Network Research Ideas

Below we provide the research topics that are related to our proposed MANET technology. These topics give assistance to us, when we go through the MANET related concepts, techniques, applications or any other information related to this proposed technology.

  1. Effective and Prominent Approaches for Malicious Node Detection in MANET
  2. How Users Behave on WPT-motivated MANET: Qualitative Analysis of Users Cooperation
  3. A new approach for routing in Cloud MANET
  4. Link Aware Multipath Routing to Defend Against Black Hole Attacks for MANETs
  5. Monitoring the Impact of the Nodes Density on the MANETs’ Environment
  6. A new solution based on optimal link-state routing for named data MANET
  7. Analysis of SEA-based MANET routing protocol for Improved Firefly Energy Optimized Routing
  8. A Fuzzy Logic-based Decision Support System for Minimizing Delay of VoIP in MANET
  9. Mobile Adhoc Networks – Establishing MANET and Network Risk Profiles
  10. AODV based Crow Search Algorithm for Improving the QoS of MANET
  11. Performance Analysis of Blackhole and Wormhole Attack in MANET Based IoT
  12. An Efficient & Secure Approach under Multiple Attack Prone MANET
  13. Design and Analysis Of EE-LEACH Routing Protocols in MANET for Wireless Sensor Network
  14. Deploying MANET on a Raspberry Pi 4 Model B Test Bench Using the B.A.T.M.A.N. Protocol
  15. Detection of Selfish Nodes based on Node Energy in Mobile Adhoc Networks – MANETs
  16. Performance Analysis of Private Blockchain in Mobile Ad-hoc Networks (MANETs)
  17. Impact Analysis of Various Parameters on the Performance of AODV Routing Protocol in MANET using NS-3 Simulator
  18. Analyzing the Traffic of MANETs using Graph Neural Networks
  19. Performance Comparison of MANETs under Congestion and Packet Loss using Distance based Geographic Routing Protocols
  20. Secure Routing Protocols for MANET-enabled IoT
  21. Blackhole Attack effect on MANETs’ Performance
  22. Impact of Bushfire Dynamics on the Performance of MANETs
  23. Black Hole Detection and Prevention Using Digital Signature and SEP in MANET
  24. Identification and prevention of Gray hole attack using IDS mechanism in MANET
  25. Comparison Parameters of MANET Routing Protocols
  26. Security Attacks in MANET: A Complete Analysis
  27. Energy Efficient Data Routing protocol in CLOUD Assisted MANET
  28. Performance Assessment of DSDV and AODV Routing Algorithms in MANET under Active Black Hole Assault
  29. Performance Enhancement of MANET Against Wormhole Attacks Using Modified Ad-hoc On-demand Distance Vector Protocol
  30. Game Theory and Decentralized Blockchain Technology Enabled for Secure and Reliable Routing in MANETs in 6G Environments
  31. A Hybrid Approach for Detecting and Preventing Security Attacks in MANETs
  32. On the Suppression of Loops with Long Hops During Scatternet Configuration in Bluetooth MANETs
  33. Reliable MANET Routing for Multimedia Communication
  34. Enhancement of Network Security in MANET Using Refined Adaptive Harris Hawks Optimization Algorithm (RAHHO) for IoT Applications
  35. A Tri-Classes Method for Studying the Impact of Nodes and Sinks Number on Received Packets Ratio of MANETs Routing Protocols
  36. Performance Evaluation of AODV Routing Protocol in MANET using NS-3 Simulator
  37. A study review on Gray and Black Hole in Mobile Ad Hoc Networks (MANETs)
  38. Using Blockchain Technology in MANETs Security
  39. Traffic Analysis for Real Time Applications and its Effect on QoS in MANETs
  40. A Performance Comparison of MANET Routing Protocols
  41. Mobility and Transmission Power of AODV Routing Protocol in MANET
  42. Performance Analysis of VoIP traffic over MANETs Under Different Routing Protocols
  43. Smart Integrated MANET-DTN Scheme for Network Adaptation Enhancement in Emergency Communication
  44. Performance Analysis of Zone based Route Discovery Mechanism for MANETs in Software Defined Networking Framework
  45. Enhanced Secure Routing in MANET using Collaborative Machine Learning Approach
  46. Detection and Prevention of Blackhole Attack in AODV of MANET
  47. A Hybrid Effective Trusted Knowledge Algorithm for Effective Integrated Internet MANET based on Secure Data Transmission
  48. Prevention of Jamming Attacks in MANET
  49. Route establishment in MANETs; Ameliorated with Tunicate Swarm Algorithm and Cross layer Interaction
  50. A study of applications of Block-chain in the MANET