Mobile Ad Hoc Network popularly called MANET is a wireless network of mobile devices where the connection is totally decentralized. It is mainly called ad hoc since it does not require infrastructure support that exists. The nodes actually are incentivized to forward information based on the connectivity of the network and routing algorithm. Infrastructure like routers and access points are not needed for ad hoc networks. Mobile Ad Hoc Network simulation techniques are taken up for active researches by scholars all over the world. This is because there are many challenges associated with the simulation and modelling of MANET.
Overview of Mobile Ad Hoc Network Simulation
Simulation is used to check the ability of the project that is designed by us. As you might know, there are many simulation tools available these days.
- The first major point about the simulation tool is it has to be chosen by keeping in mind that simulation has to show performance analysis results for any kind of initial conditions.
- By sticking to this point, researchers miss out on yet another point that focuses on the real-life circumstances under which the project is actually going to work
- So the best simulation tool has to be able to analyze system performance in any kind of conditions and real-time situations.
So the analysis of device performance and its behavior in different conditions with the complicated networks used can be easily obtained using simulation. There are many simulators available.
Our experts will take you through the merits and demerits of these simulation tools. The different types of simulators along with the technical details of them are important for anyone doing research in it. Let us see about them in detail in the latter part of the article. Now let us see the importance of MANET Simulation.
IMPORTANCE OF MANET SIMULATION
- Simulation environment plays a key role in the determination of experiments literality
- Details of the levels are the basis for simulation environment defining
- Simulation consumes a lot of resources
- Performance and detail analysis has to be balanced
- Various realistic layers provide a variety of details on levels in the open systems interconnection model
- Users are free to decide on the simulation environment suitable for their applications
Researchers around the world usually prefer to make their own simulation tools that can accommodate the necessities of their projects. Our experts are here to support you for this purpose. We have designed tools for simulation by considering memory architectures and other parameters.
So we have the potential to support you throughout your research. Get in touch with us and get to know the technical details of all the projects that we guided and successfully delivered. Now let us see some details about the network simulation models.
NETWORK SIMULATION MODELS
The major advantage of simulation is that it can be used for testing our project’s performance in any critical scenario. There are different models for the design of network simulators that have to know in great detail by researchers like you. So we provide you the basic information on the network simulation model below.
- Model for node deployment
- It is used in placing the nodes (and positions) into a uniform model
- Radio model
- Radio characteristics are defined
- Features like bandwidth, accurate frequency, and functionality of the MAC layer in terms of the IEEE 802.11 MAC model
- Node model
- It is used for memory capacity, source of energy, capability for processing, and many more
- Node mobility model
- It is used for topologies that change often
- As Random Waypoint Mobility model
- Wireless signal propagation model
- It is used for SNIR (at the receiver)
- Two Ray Ground propagation model
- Traffic model
- It is used at nodes that transmit traffic details to the destination (UDP, CBR model)
- Packet loss model
- It is used in cases of packet collision (and dropped packets)
- Markov error model
Our experts will give you access to a large number of reliable information sources on these models so that you can understand the advantages and disadvantages of them in great detail.
Connect with us to find the most needed basic to advanced information on these simulation models. Our project reports and the data we collected to date on various simulation tools and techniques will be of great use to you. Now we will provide you with the details on mobile ad hoc network simulation tools below.
Top 7 Network Tools for Mobile Ad Hoc Network Simulation
Throughput, jitter, and delay are some of the quality of service or QoS metrics that decide the quality of MANET services. Routing protocols in MANET have been studied extensively by researchers by single computer Monte Carlo Simulations like OMNET ++, NS2, NS3 Simulator, and OPNET. Average values of the results are then obtained and are applied successfully across the different data which is spread using a distribution technique. The following are the set of simulation tools used for analyzing the MANET services.
Some other simulators not mentioned here are also used. It is quite important to note that we have experience in doing projects and simulations using all these tools. And so our expert teams are more likely to provide you with whatever detail that you ask for.
Also, we will gather the required information from world-class reliable research sources and directly from the researchers in case you need them. We will totally make your work easier than before. The following are the criteria used for choosing the best simulation for your MANET Projects.
What are the criteria to choose the best Manet simulation?
There are some common criteria that can be used readily in the process of choosing the best MANET simulation tool. With these criteria in mind, you can be able to set out the aptest simulator for you. The following are such criteria that you should bear in mind while digging deep about the simulation techniques used for MANET simulation.
- Language for coding (the programming language used for modeling applications)
- Usage of CPU (power-intensive tool)
- Performance (performance while the simulation is run)
- Available protocols (default protocols available)
- Type of source (commercial or open-source code)
- Status of development (updated or halted development)
- Usage of memory (consumption of memory)
- Mobility support (supportive or non-supportive to mobility)
- Status of the community (active community support for the software)
- Parallel execution (whether the tool is capable of performing parallel simulation)
- Models for energy (if the tool consist of energy models)
- Amount of publication (if the tool is commonly used or not)
Mobile ad hoc network simulation project researchers actually choose their simulator based on the above aspects. Our engineers are well versed in working with a variety of simulation tools. You can get our guidance in all aspects related to simulation.
Some researchers prefer to use the simulation tool of their own. For this purpose, they follow up certain established steps or rules which are the standard parameters for MANET simulation design. Let us see about it in detail below.
MANET SIMULATION DESIGN
For instance, the following are the steps involved in the design of NS2 based MANET simulation
- Test design is the first step
- The setting of routing protocol
- Running NS2 simulation
- The trace file is generated
- After obtaining the trace file, the analysis can be made on the following
- Routing overhead
- Packet data ratio
- Consumption of energy
- Loss of packet
After designing the MANET simulation that suits your project, you need to look at the simulation parameters. There are some guidelines for choosing the optimal parameters for simulation too.
- Choosing the right parameter is based on its realistic approach
- The cost of analysis using the set of parameters should be minimum
- The simulator should be able to check any parameters which are at times not possible to be implemented in real-time applications.
Our experts are here to support you in designing the best simulation tool for you and the parameters used for analyzing the performance of your project on simulation. With the experience that we gained, we provide you with the parameters that are used as performance metrics for the mobile ad hoc network simulation projects below.
SIMULATION PARAMETERS FOR MANET
Still, there is much more distance to go in the designing of simulation tools and analyzing the parameters. From the experience that we gained by supporting many mobile ad hoc network simulation projects here, we provide you with the parameters used for simulation along with their respective values below.
- The pattern of connection (random)
- Duration (150 s)
- Type of connection (UDP or CBR)
- Nodes (10 to 50 in counts of ten)
- Type of network (mobile)
- Size of the packet (500 bytes)
- Pause time (0 to 150 s in multiples of 30)
- Area of simulation (200 to 1000 square metres in multiples of 200)
Our technical team of research experts will make you achieve the optimum result in simulation by all the above-mentioned parameters. Our engineers will rectify the faults if any are encountered during simulation.
After making the necessary changes, your project will be the best one without any faults. We assure to make your research great and successful. Now let us look into some of the metrics used for measuring the performance of MANET projects
MANET PERFORMANCE MEASURES
The simulation parameters are the major source of information about the MANET projects. The following are the ways in which MANET performance is measured.
- Number of hops traveled (hop packets utilized for reaching the endpoint)
- Average/mean delay (time for source to destination transmission)
- PDR or Packet Delivery Ratio (ratio between delivered to sent packets)
- Overhead in routing (percentage of transmitted packets)
There are also many other metrics used in the performance analysis of MANET systems. Our engineers are here to support you in your entire research Mobile Ad Hoc Network Simulation. Our professionalism has gained us a huge reputation among the researchers for paper writing guidance. Connect with us to know more about us.