MANET is one of the Ad Hoc Network types to support wireless mobile communication. This decentralized network lets the nodes move freely from one network to another network which ultimately changes the position often. Also, these nodes have self-forming and self-directing features to form the network on their own without central control. On this page, we discuss the significant characteristics of the MANET Simulator with performance evaluation parameters used for MANET projects!!!
The mobile nodes present in the MANET are connected through wireless communication technologies. Due to this mobility feature, it also changes the network topology with the existence of one or more transceivers. Overall, MANET can independently create the network and work through an internet connection for fast data transmission.
Simulation lets the developers design and tests the network that is going to implement and deploy in the real world. This reduces the cost of implementation as well as easy to analyze the behavior of moving nodes, routing protocol, models, and networks in advance. Further, it is also used to understand the actual working condition of the network and its operations. Through once improve the efficiency of the network before direct real implementation. Some of the main network simulators are
Every individual simulator has unique functionalities to assess the network performance and algorithms /protocols used in the network. If we directly evaluate these processes in the real world, then it is very expensive to deploy. Simulation is the best way to overcome this drawback. Through this simulation, we can figure out the
By knowing the importance of the simulator, numerous powerful simulators have developed in recent years. Some simulators are designed specifically for a particular network domain like MANET. This helps the developers to build, configure and validate the MANET Simulator Routing Protocols based on the selected topic/ application requirements for accurate results.
Now, we can see about categorizes of testbed architecture and emulation models that include different mobility models, node variability, central mechanism, and the wireless medium used for MANET emulation testbed.
Some metrics are specifically used for MANET-related applications while performing simulation analysis. And they are:
Incoming section, we will discuss other MANET Simulator input metrics. Next, we can see the few important models used for MANET project simulation. These models represent how the network entities are physically connected with each other and how the packets are transmitted through nodes and the state of the nodes (static or dynamic) in the environment.
For illustrative purposes, we have chosen the “mobility model” as an example. Here, we listed out the different types of dependency in the mobility models. For your ease, it is classified as spatial dependency, geographic dependency, and temporal dependency. Further, we also included the random and hybrid models.
We already know that MANET has separate simulation tools to support any specific complex operations related to manet. Here, our developers have itemized the commonly used MANET simulation tools with their key features and purposes.
In general, MANET Simulator has different mobility models and characteristics. So, it is essential to observe these features before handpicking the simulator for your project. Most probably, the MANET applications/systems are based on the discrete-event driven simulation. It is the one kind of modeling technique that can split the system into a group of logical processes. Also, it is effective for real-time scheduling and decentralized system. Further, it supports several simulators such as OMNet++, GTNets, GloMoSim, etc. Below, we have enumerated the MANET simulator metrics to examine the behavior of the MANET system.
Further, we have also given a few significant emulation tools. Compare to simulation, emulation support any size of a large network. It can also embed software with other hardware for better results. Our developers have sufficient knowledge in working with both simulators and emulators. So, we know all smart moves to make applications unique from others.
We hope that you have a clear view of MANET simulator and emulators along with their supporting models and performance metrics. Further, if you want more details about MANET simulation or developments then have contact with us. Our experts will guide you at your needy time through the best service.
|VNX and VNUML||8||7||8|
|CISCO PACKET TRACER||7||7||10|
Unlimited Network Simulation Results available here.