List of Network Simulators

Definition of Network Simulator:  Network Simulators are useful to simulate the nodes in the network for packet transmission. Using a network simulator, we can get more results in a smaller response time. Dynamic configuration of IPv6 and IPv4 is benefited from network simulator at the starting time of network agents. “This article contains the list of network simulators which are widely used in this current technology. Also, this is going to give a deep knowledge for some network simulators such as QualNet, LENA-LENA, PeerSim, LTE-Sim, and OneSim.”

List of Network Simulators 

From the following sections, there is no doubt you can get an idea about some types of network simulators.

QualNet Network Simulator

           When we compare this simulator with real-time, QualNet is producing accurate and fast results. This simulator provides support for analysis, scenario creation, and visualization tools. QualNet simulator is mainly used for the high-speed execution of an enormous amount of simulation processes at a time. It is possible to run the thousands of simulation processes are running in a parallel manner with some techniques for computation.

 A QualNet Simulator contains designing of new protocols, three types of user-friendly designs, evaluation of network functions, visualization, permit to engineering to construct the models and modes for analysis. These are the operations of QualNet. To the following, our experts listed some modes and their functionalities.

Top 5 List of Network Simulators
  • Analyzer mode
    • This model has a statistical graphing tool. It is useful for viewing the hundreds of results in the form of graphs and reports.
    • Comparison of multi-experiments and what-if scenarios is taking place.
  • Design mode
    • The graphical user interface, point-and-click, and drag-and-drop are used to construct a virtual network model.
    • Creation of model includes functional parameters, terrain, networks, and other details.
  • Visualization mode
    • Performing in-depth analysis and visualization for a network.
    • Evaluation of real-time statistics, data packet flow, and dynamic graphs.

Until we are noticing the modes of the QualNet simulator. Then the next part consists of some features of QualNet. In recent times, QualNet 9.0 version is widely used by all scientists and researchers.

Features of QualNet 9.0

  • Parallel Enterprise Switch Model
    • It is a new type of enterprise switch model.
    • This model is the uses the latest multi-core computers to decompose the traditional wires networks into the high efficient parallel simulation.
  • Integrated Software Architecture
    • This architecture is always known as streamlined product architecture.
    • Mainly it provides permission to select the most valuable modules and short release cycles.
  • Indoor Propagation Model
    • This model extended from the concept of the integrated propagation model.
    • That integration model works based on 802.11ax and supports multi-tenant dwellings for Wi-Fi analysis.
    • This indoor propagation model is mainly designed to improve the structure of indoor rooms and always improves the accuracy of indoor signals.
  • Cyber model
    • This model is useful to build vulnerable models and user behaviors of nodes.
    • The behavior of the node is based on the machine environment like user-profiles and operating systems.
    • Securing the models, quality of service, and analyzing traffic nodes are done by the Encryption Device model.
    • It follows the end-to-end encryption techniques with ISAKMP and IPSEC Transport.

The above-mentioned points give detailed knowledge about the QualNet network simulator. Continuously, we are offered QualNet Simulator projects in the last 15+ years. So, our developers are highly trained in the construction of this simulator. Then the following we have to know about LENA-LENA Network Simulator. It is an open-source and product-oriented LTE/EPC network simulator.

LENA-LENA Network Simulator

           The main purpose of this simulator is to design an LTE cell vendor in small or macro size and perform testing the solution and algorithms of SON (Self Organized Network). 

  • Design and performance evaluation of LENA
    • Cognitive LTE systems
    • DL & UL Schedulers
    • Multi-RAT network solutions
    • Radio Resource Management Algorithms
    • End-to-end Qoe provisioning
    • Inter-cell Interference Coordination solutions
    • Heterogeneous Network (HetNets) solutions
    • Load Balancing and Mobility Management

This LENA network simulator is developed from the NS3 network simulators. It is open-source for all communities and is popular among list of network simulators. Majorly, used in academic and industrial partners.

  • PHY Data Error Model in LENA network Simulator
    • It is used for PUSCH and PDSCH
    • To transport the Block Error Models
    • It is mainly based on Link-to-System Mapping
    • Multiple code blocks per Transport Block
    • SINR measured per Resource Block
    • Error probability per code block
    • Mutual Information Effective SINR Mapping
    • Link-level LTE simulations in BLER curves

We hope the aforesaid topic is 100% satisfied with your understandings of the LENA-LENA network Simulator. Additionally, we are going to discuss the PeerSim network Simulator. The main reason for developing this simulator is to achieve a high scalable rate. The below-mentioned section helps to give more information about PeerSim Network Simulator.

PeerSim Network Simulator

           This Simulator gives support for dynamicity and achieves high scalability of the network. The structure of this simulator is written by java and this simulator contains two types of simulation engines. That is an event-driven simulation engine and a cycle-based simulation engine.

  • The simulation engines are supported by
    • Flexible configuration mechanism
    • Pluggable, Simple and extendable components

The main functionality of a cycle-based engine is to eliminate the transport layer protocol details from the stack of communication protocols, useful for making a simple assumption and increasing scalability. To consider, an event-driven engine supports the transport layer simulation and is more realistic with less efficient.

Merits of PeerSim Simulator

  • Simulation Architecture: To design and operate the simulator.
  • Usability: Easy to use and easy to learn.
  • Reusability: Simulation code is used for writing real applications.
  • Configurability: Easy configuration in every level of the network.
  • Scalability: Simulate more than 1000 protocols based on P2P protocol.
  • Extensibility: Modification of simulation behavior is possible by protocols.
  • Statistics: Produce expressive and easy manipulating results.

These are the advantages of the PeerSim simulator. The given details about the PeerSim network simulator are valuable and trustworthy information. Without any doubt, you can continue to read this article. Next, our experts give some expressive words of information about OneSim Network Simulator. Let’s check this in the below section!

OneSim Network Simulator

           This is a kind of network simulator that is used in delight order networks. Here, the OneSim simulator is developed based on java programming. Implementation of node movement is possible by using movement models and existing movement trace or synthesis models. 

  • The connection of the network depends on three characteristics. There are,
  • Bit rate
  • Node location
  • Communication range

OneSim simulator has some effective routing protocols for implementing the routing function and an event generator is used for the automatic generation of methods. The purpose of the Simulation engine is to send the messages to the report module and result generation. The synthetic movement has three types of models. There are,

  • Human behavior-based movements
  • Random movements
  • Map-Constrained random movements

The model of the simulator is too simple. That’s why it is one of the popular simulators and it always includes Random Waypoint (RWP) and Random Walk (RM). Consequently, we have plenty of amazing project ideas based on the OneSim Network Simulator. Including, detailed explanations with practical experimentations. Similarly, we provide LTE-Sim projects also. Do you know about LTE-Sim? It is open-source software used to construct the LTE networks. For further more details are given in the below section.

LTE Network Simulator (LTE-Sim)

           This simulator is designed by a combination of various factors which may contain EPS (Evolved Packet System) and E-UTRAN (Evolved Universal Terrestrial Radio Access).

  • This simulator mainly supports
    • Frequency reuse techniques
    • Heterogeneous and single multi-cell environments
    • Handover procedures
    • QoS management
    • Mobility of the user
    • Multi-user environment
  • Network node models in LTE-Sim
    • Mobility Management Entity/Gateway (MME/GW)
    • a user equipment (UE)
    • Home eNB (HeNB)
    • evolved Node B (eNB)
  • Process in LTE-Sim
    • To model the physical layer
    • Scheduling strategies
    • Exponential Proportional Fair
    • Proportional Fair
    • Modified Largest Weighted Delay First
    • Frequency reuse techniques
    • AMC scheme
    • Channel Quality indicator feedback

These are the important information about LTE-Sim. So far, in this article, we deal with some simulators with their detailed explanation. Undoubtedly, that information is useful for gaining your technical knowledge about list of Network Simulators. Dynamically, we provide dissertation papers also. Here, our experts mention some recent dissertation paper topics. 

Simulation Topics using Network Simulators

  • Perform dynamic optimal routing in Social Ad-hoc Networks for providing high throughput and user co-operative mobility.
  • To build IoT-based wireless sensor networks using energy harvesting protocols.
  • Designing of deep Q-learning in IoT- based cognitive MANATs using Energy Harvesting Routing protocols.
  • Perform fault tolerance and energy-efficient routing in WSN.
  • Flexible and guaranteeing E2E latency for Service-Oriented Networks using optimal network slicing techniques.

Apart from this topic, we can able to write your project with novel ideas in the field list of network simulators. Always, we are providing online guidance for your project and dissertations. Because of this, your valuable time will be saved. Then, we provide your network simulator project implementation in on-time delivery at an affordable price for everyone. Make use of this opportunity.