Comparative Study in Manet Simulator

Introduction of Manet Simulator

Mobile ad hoc networks are occupied through the mobile stations and they are also called effective networks. The stations in Manets include mobile phones, PDAs, laptops and etc. The characteristics of the devices are LTE and communication, Bluetooth, and IEEE 802.11 network interfaces. 

Major Advantages in Manet

Hereby, we have listed out the significant benefits of the Manet simulator

• It is useful in emergency circumstances for an instance in medical rescue, on the battlefield and etc.
• Routing protocols are installed for the mobile ad hoc networks routing process and the characteristics of the protocol must be analyzed through the simulation
• The network simulators are used for the simulation process in the routing protocols and several algorithms in wired and wireless networks 

Notable Modules in Manet Simulator

Below, we have highlighted the noteworthy modules with their own characteristics based on the Manet

Modules and their Uses

• Wimax

• • It is utilized for the communication process among the hotspots, cellular backhaul, broadband connections and etc.
  • It offers assistance for the simulation process in routing, MAC protocols, and TCP through wired and wireless networks such as mobile ad hoc networks, wireless LANs and satellite communications, etc. In addition, it is most commonly deployed in the industries and academic areas
• Bluetooth
  • It is utilized in the implementation process of communication through the regionalized method. The license-free 2.4 GHz band is used in this model
• AODV
  • In ad hoc networks, the ad hoc on-demand distance vector is based on the loop-free routing protocol
  • It is created with the self-starting environs in the mobile nodes along with the various network performances such as packet losses, node mobility, and link failures
• LTE
  • It is used to design the 4G technology based on communication and it is an energy module
  • The novel technologies have functioned through the simulation among the UE nodes and eNodes
• WiFi
  • It is one of the simulation models utilized in the IEEE 802.11 standard and it is based on wireless
  • This standard is used to support the queuing extensions and QoS based EDCA 

Significant Plugins in Manet

The following is about the plugins and the functions of plugins based on Manet simulator and it is useful for the research scholars to implement their idea and the research application 

Plugins and their Functions

• EMANE Radio Model

• • It offers the structure of the implementation for the modeling process of various radio interface types in the network emulation modules
  • The steps to replicate the measured features such as throughput and round trip time with the assistance of a mobile ad hoc network emulator 

Vital Classes in Manet Simulator

Hereby, we have listed down the notable classes which are useful for the development of the research project. There are many significant classes based on the Manet but we have listed down only a few classes with their uses for your reference

Classes and its Purposes

• The typical message passing interface is utilized with the codes of mpi-interface.h and mpi-interface.cc
• The implementation of remote channel process in message passing interface is deployed with the codes of remote-channel-bundle-manager.h and remote-channel-bundle-manager.cc 

Tools Integrated in Manet

We have listed down some tools based on the Manet simulator and the tools are integrated in it. Our research experts have some more knowledge about the integrated tools and for more reference, you can contact us and we assist in your implementation process

Tools and its Uses

• The process of video encoding and transmission among the mobile nodes are implemented through the integration of evalvid framework and NS2
• The procedure of video encoding and transmission among the mobile nodes are implemented through the integration of ffmpeg and NS3 

System Specifications in Manet Simulator

Hereby, we have highlighted some programming language for the implementation process in the research based on the Manet and we support your ideas with our guidance 

Programming Languages in Manet Simulator

• OMNET++
  • Network Files
  • C++
• NS3
  • C++
• NS2
  • TCL Script
  • C++

The essential and supportive operating systems for Manet are listed down. If research scholars need some more requirements you can contact us for your research support and our research experts will provide the complete guidance 

OS Support in Manet

• Contiki -2.7
• Ubuntu-14.04
• Mwindows -7 32 Bit

Hereby, we have enlisted the version for the Manet simulator. Similarly, research scholars may select different versions for their research implementation process with our research expert guidance 

Version in Manet

• OMNET++ 4.6
• NS-3.26
• NS-2.35 

Dynamic Protocols in Manet

Our research experts have the best knowledge in the protocols implementation process and here we have enlisted some protocols based on the Manet for your reference

• Session Key Agreement Protocol
• File Transfer Protocol (FTP)
• SAODV
• Hierarchical Distance Vector Geo Routing Protocol 

Essential Parameters in Manet Simulator

Generally, parameters are used for measurement process in the research project. Therefore, we have listed down the significant parameters used in the Manet simulator

• Delay
• Throughput
• Handover Efficiency
• Packet Delivery Ratio 

Important Subject Based Modules in Manet

The subject modules with the suitable tools used in Manet simulator are highlighted below. The research scholars may use the module which suits for their research projects with our support

• OMNET++

• • Inetmanet-2.0
• NS2
  • Mac
  • Link State
• NS3
  • Applications
  • Antenna 

Node Creation Syntax in Manet

Here, we have highlighted the most substantial syntax based on the Manet simulator

NodeContainer SensorNodes;

SensorNodes.Create (10);

in NS2 , syntax for node creation

set node_($i) [$ns_ node] 

in omnet++ , syntax for node creation

watchdog1: Watchdog {           

@display(“p=580,460;is=vl”);

        }

Substantial Applications in Manet

There are many applications used in the Manet for your ease we have listed down some applications among them

• Blockchain Applications
  • It is used for the communication process among the clustered mobile users
• Simulation Applications
  • It is used for the decryption and encryption process in Manet data transmission
  • It is utilized in the geolocation related routing and optimal load balancing process 

Topical Algorithms in Manet

The algorithms play a significant role based on the Manet simulator research and here we have highlighted some algorithm which is useful for the implementation process but the research scholars can contact us for the implementation process using other algorithms

• Hashing Algorithms

• • It is utilized for the execution of data integrity and authentication in keyed hash message authentication code secure hashing algorithm 512 (HMAC-SHA512) 

Topmost Areas in Manet Simulator

For your ease, we have enlisted the research areas which is useful for the implementation process and development based on the Manet simulator is a business area

• Internet Based Mobile Ad Hoc Networks
  • It is based on the wireless ad hoc networks which is useful for the internet protocols such as IP, UDP / TCP and etc.
• Internet of Things
  • The interrelates among the mobile ad hoc networks and wireless sensor networks provide effective services for the users 

Key Metrics in Manet Simulator

Each and every research has to accomplish some extent in the end which the results have to be depicted accurately. The metrics in Manet simulator are noted down

• Packet Loss Rate
• End to End Delay
• Node Energy 

Significant Process in Manet

For your ease, we have listed down the substantial process which is implemented in the Manet simulator

• The multi-hop functions makes the decentralized networks are too strong when it is compared to the centralized networks
• For reference, the base station stops working when the drop arises in the coverage in the cellular network settings. In addition, the reduction of a single point in Manet leads to affect several paths
• It has the capability to solve the issues such as disconnection, isolation and etc., in the network
• The benefits of Manet such as scalability, multi hop-related process, flexibility and etc 

Key Steps in Manet Simulator

We have listed down the steps which are useful for the implementation process of the Manet simulator

• Route Discovery
  • It is used to form the ideal path for the data packets transmission among the mobile nodes
• Route Maintenance
  • It is used to preserve the routing topologies in the mobile ad hoc networks and it has an effective environment and the link breakage leads to network failure among the mobile nodes 

Comparative Study in Manet Simulator

Quality of service (QOS0 is used to provide assurance in the performance. Advanced optimized link-state routing is created to offer the QoS. Let us discuss the QOS which is used to produce the best results based on the Manet 

QoS Parameters in Manet

• Energy Consumption
• Throughput
• Delay 

QoE Parameters in Manet

Hereby, we have listed out the significant quality of experience parameters in the Manet. The development of an exact model is used to find the particular effect of network packet loss in the performance of video quality. The prime bandwidth allocation strategy is used to improve the performance in Manet. The theoretical results are authenticated by the numerical analysis. 

Foremost Routing Protocols in Manet

Our research experts have highlighted the routing used based on the Manet

• ZRP
• DSDV
• AODV
• DSR

Milestones