Network simulator is mainly used to create a novel arbitrary network simulation for a wide variety of wireless networks. This kind of simulation process is mainly based on the links between two nodes or among the nodes. Simulators are always like a virtual environment for developing the networks depending on particular criteria that analyze the performance of the network under various scenarios. Let’s discuss the next set of information about the best Network Simulator.

Network Simulation Tools List 

           Here, simulation tools are divided into multiple parts. The following bulletins insist on the major and sub-classification of simulation tools.

• Stochastic Simulation Tool
  • Non-Terminating
    • Steady-state
    • Dynamic state
  • Terminating
• Deterministic Simulation Tool
  • Chaotic model
• Discrete event
  • Agent-Based simulators
• Hybrid and Continuous Events
• Local and Distributed Simulators

These are important tools used in the simulation process. Predominantly, we are offering step-by-step practical explanations of your innovative projects. Our experts are always experienced in all kinds of simulation tools and they are ready to teach every characteristic and feature of these tools. From the upcoming passage, we are going to know a detailed explanation of simulation tools.

“Do you need some knowledge about network simulators? This article helps improve your ideology based on the best network simulator. Mainly, this page consists of a detailed explanation of widely used simulation tools and novel project ideas.”

Deterministic Simulation Tools

• The chaotic model is the best example of deterministic simulation tools.
• It has non-random and constant values to construct a system model.
• Investigation takes place in every simulation process for selecting the value.
• Because of, non-random values this model provides a constant result for particular inputs.

Non-Terminating Simulation Tools

• This tool does not contain a finite duration for the system simulation process.
• The advantage of this tool is to explore the system’s term characteristics.
• Due to the calculation of accurate time, the system can be stopped at some point.

Stochastic Simulation Tools

• This type of tool is realistic which means producing the real outputs during simulation. 
• It is consists of elements for time elapsing and random values.
• Customer service centers and observing traffic patterns in the specific grid. 

Local and Distributed Simulation Tools 

• Local simulators are run based on some individual behavior of a machine or network interconnection.
• In the distributed simulator the models are run depending on the interconnection of the network via the internet.
• The distributed simulations are always known as the scattering of a simulation process in various host computers.

Discrete Event Simulation Tools 

• This kind of simulation is organized by time-based events.
• If a new event is entered into this simulator, it waits until the execution of previous nodes.
• It follows the queue data structure for reading the events in the queue.
• Logic-test simulators, computers, and fault-tree are some of the tools used under discrete event simulation.
• The best suitable example for this simulator is an agent-based simulator. Here, mobile entities are said to be an agent.

Until we are discussing some characteristics of simulation tools. Do you know, we have world-class best engineers in our concern and they are well-versed in various field and they have updated themselves day by day. Hence, you are clear we are providing the best service for your projects. Now we talk about the next topic which is some open source-based network simulation tools. Are you ready to learn about that for your final year or research projects? Then look it into below. 

Overview of open source best network simulator 

Freely available software is called open source and it is used for studying and modifying the source code that is related to the concepts. This kind of open-source software is mainly used in various applications i.e. packet transmission, packet parsing, and simulation analysis. Some of the open-source network simulators are QualNet, NS2, NS3, OPNET, JSIM, OMNeT++, and Matlab are some examples of open-source best network simulator. Then, we see some network simulators with their features and limitations.

MATLAB

• Mathematical Laboratory is the abbreviation of MATLAB. This is the best environment for interactive software. 
• The structure of Matlab is written in C language and also cross-platform OS is used for this environment. 
• This platform has a large number of tools for performing operations like, 
  • Modulation of signaling
  • Measuring
  • Signal processing
  • Visualization of data 
  • Digital filtering
• Construct the test system and waveform generation are some of the additional uses of Matlab.
• Using this platform, we can able to perform some operations easily. There are,
  • Automatic code generation for ASICs, MCUs, and Embedded DSPs.
  • Creating the Digital Signal Processing algorithms.
  • Modeling the system and its simulation process.
• Key features of MATLAB
  • The performance of applications is increased because it provides a tool that improves the code quality.
  • It provides the visualization of data and numerical computation.

These are some brief explanations about the MATLAB platform. Continuously, we are providing Matlab simulator projects for the past 15+ years. Then the next simulator we have to see is the OMNeT++ simulator, it is one of the open Source simulators.

OMNeT++

• Objective Modular Network Testbed in C++ and this is the abbreviation of OMNeT++.
• It is a simulator that is specially designed for the discrete events in distributed systems and also it is extensible, open-source software, modular and extensible.
• This simulation includes various atomic behaviors of simplex models.
• Supported Operating systems
  • MAC OS
  • Linux
  • UNIX
  • Windows (XP, Win2K)
• Uses of OMNeT++
  • Queuing network simulation
  • Computer network simulation
• Features of OMNeT++
  • It is a good structures simulator like NS2
  • C++ programming language is used to construct distributed systems and communication networks.
  • MAC-based scheduling, localization, and routing can be implemented for different wireless networks. 

The above points represent the functionalities and key features of the OMNeT++ simulator. In recent times, this is the widely used simulator for network simulation. Then the following line discusses the basics of the QualNet simulator and its functionalities. 

QualNet

• It is a simulator for commercial purposes to simulate ad-hoc networks.
• This platform is mainly used for creating new protocols, designing the wireless and wired network, and protocols enhancement.
• This simulator provides a source code for developing or modifying the functions.
• C-based Parsec language is used to write the QualNet Simulator and upper level of GloMoSim protocol.
• Features of QualNet
  • Simple to use for HetNets and other networks 
  • Extensibility
  • Speed
  • Scalability 

So far, we discusses three various kinds of network simulators and their fundamental information. Our experts are continuously offering quality projects for our customers. To show that, we are no.1 position worldwide in the field of research. Consequently, our experts are describing some features of simulators in the following section. Let’s see! 

Best Network Simulation Tools 

• MATLAB Simulator
  • Applicability: System
  • Emulation: Yes
  • Interface or Language used: C++
  • Extendibility: Excellent
  • Availability: Data Acquisition Toolbox, Instrument Control Toolbox, Image Acquisition Toolbox 
  • Documentation & User Support: Excellent
  • Mobility: Support
  • Scalability: Very large
  • Graphical Support: Excellent graphical support, Excellent facility for debugging
  • License: Commercial
• OMNeT++ Simulator
  • Applicability: Network/ System 
  • Emulation: Limited
  • Interface or Language used: C++ / NED
  • Extendibility: Excellent
  • Availability: Traditional model / Wireless support / Ad-hoc Support
  • Documentation & User Support: Good
  • Mobility: No
  • Scalability: Large
  • Graphical Support: Good Visualization and excellent debug facility
  • License: Free for Academic and education use
• QualNet
  • Applicability: Network/ System
  • Emulation: Yes
  • Interface or Language used: Parsec (C-based) 
  • Extendibility: Excellent
  • Availability: Traditional model / Wireless support / Ad-hoc support / Advance Wireless Sensor Network Support
  • Documentation & User Support: Good
  • Mobility: Support
  • Scalability: Very Large
  • Graphical Support: Good graphical support, Excellent for debugging
  • License: Commercial

The before said points are the key features of open source software best network simulator such as OMNeT++, QualNet, and MATLAB. Eventually, we are providing trustworthy projects with clear explanations. Also, we are giving on-time delivery for any type of service from students or scholars. In this way, we have to move on to know some recent research ideologies. 

Recent Research Topics in Networks 

• Reduce the cellular bandwidth in Vehicular Network using Connectionless Edge-Cache Servers
• Build a trust management model for VANET to provide Location Privacy using blockchain technology
• Construct Large-Scale Wireless IoT Networks using Decentralized Timeslot Synchronization Algorithm
• Evaluate the Mobile Ad Hoc Networks routing algorithm based on multiple network scenarios.
• Develop Congestion Control Model for IoT wireless sensors in Information-Centric Networks.

These are the topics that are currently familiar in the best network simulator research field. From this article, you easily identify which is the best simulator for your best projects. We hope this article is 100% satisfying for you and provide some idea based on your projects. Do you need innovative benchmark projects with the lowest price? Why you are waiting for? Quickly join us for your extraordinary career.