Networks into real world brings efficient outcome only with the advanced Algorithms, Techniques and Methods.
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Top down support for MS in complex and challenging networks.
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Learn from the basics to complete any type of homework in Networking.
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Software Defined Network (SDN)
Optical Communication Networks
SDN with Named Data Networking
Light Fidelity (LiFi)
Ultra-Wideband radio technology
Named Data Networking
Content Centric Network
Mobile Ad hoc Network (MANET)
Vehicular Ad hoc Network (VANET)
Flying Ad hoc Network
Self-Powered Ad Hoc Network (SPAN)
Cognitive Ad hoc network (CRAN)
Vehicle to Everything Communication (V2X)
Opportunistic Ad Hoc Networks
IoT Routing protocol for LLN
Wireless Sensor Networks (WSN)
3-Dimensional Underwater WSN (3D-UWSN)
Intelligent Agent WSN
Vehicular Sensor Network (VSN)
Wireless Body Area Network (WBAN)
Long Term Evolution
5G / Beyond Secure Communication
Device to Device Communication
Machine to Machine Communication
5G and Beyond networks
Biometric / Multifactor Authentication
Neural Networks based Encryption
Mobile / Intelligent Agent Security
In is important to analyse a network by using significant metrics that are apt for the concept. Each metric is measured from a particular formulation while the network performance is done. Testing of a network under different scenarios will boost up the betterments of the concept applied on the network.View Details
This discrete event simulator supports wired as well as wireless networks using scripting language.
This tool enables special network communication models for Wi-Fi, LTE and beyond network technologies.
High level languages based model and can support to integrate with add-ons for better results.
This tool create network nodes from the matrix and allows many toolbox support for network and communication.
It stands to design an optimized network and enable to incorporate any type of node behaviour as sensor, switch, router and etc.
This is one of the tool that brings the functionalities of real network features. It enables to change traffic metric dynamically.
To develop SDN, this tool will be the best choice since it allows to generate hosts, switches and other SDN entities. Integration with hardware is also possible.
This tool is suitable for sensors processing that aids with RPL protocol and energy analysis.
It designs all low power sensor devices that extends to aid internet of things. The interactions can be appointed by the motes.
This tool especially support LTE with the UE, eNB, HeNB, gateway and MME in the network. The technique of frequency reuse and others are effectively designed.
A combination of real and virtual devices can be combined and used in this tool.
This is a tool that designs any type of computer network model with the protocol design for particular application.
Both wired and wireless networks can be created with the satellite based communication for mobile devices.
To support virtual topology in a network EVE-VG is used. It is able to create customizable protocols.
This tools creates lightweight virtual nodes on the basis of the physical machine in the network even with tedious topology.
This tool is especially for the peer-to-per networks that not uses protocol stack information in the engine.
This tools models a sink with a best visualization in 3 dimensional by considering different criteria.
The SDN and NFV networks are aid in this tools. But also it gives construction of conventional protocol for routing.
This simulator helps in creating internet topology that is applicable to perform lightweight, scalable and other functionalities.
This tool presents to construct a virtual network system that creates virtual switches and hosts.
This tools enables to operate on multiple virtual machines and it specifically manages the virtual topology.
The concept of WAN, LAN and WLAN are effectively designed in this tool. The complete OSI model can be tested.
All the IP based applications are incorporated in this tool. It permits cryptography and other security solutions.
This tools give efficient interconnection with different types of network devices as switches and routers.
This tools is helpful to design any network that is applicable for general purpose as sharing data.
The key protocols that are in-built are IP, TCP/UDP, OSPF and many more. It mainly gives design of local area network.
For implementing packet level simulation, this tool can be used which is flexible to alter packet features.
The control of motor drives and powered devices is done with this tool. It also model additional packages.
This is one of the simplest toolbox for analysing the discrete event systems. The editing of the network is easier and it is capable to have multiple nets.
The delay tolerant network can be developed using this tools and also it can apply routing algorithms into it.
The communication of nodes using optical wave will use this tool. This includes SONET, CWDM, FSO, modulation and so on.
This tools uses python and C++ languages that enables to evaluate the radio frequency signals from the injected packets.
This tool is arealistic traffic generator for any type of high speed applications that is mainly integrated with OMNeT++.
This simulator gives support for visualizing the data that is retrieved from the spaceEngine.
The issue of security is mainly solved by this tool and also it have standard protocol functions.
A discrete and continuous event assisting tool is this. The process of resource management is also applicable in this tool.
This tools allows the network access with the cloud based the concept designed.
The discrete event simulation of system modelling at different sizes is applicable by this tool.
Monte Carlo simulation with suitable calibration algorithms is assisted in this tool. Also it extends with the use of new algorithms.
This tool gives all the processing of packets and also it allows to validate the packet in the forwarding plane.
Your people are awesome in writing pseudo codes and mathematical proof that helped me a lot.
Thank you for your team who made me score grade A in my final project with a good quality result.
I am very much thank full to your team for their full support in project demos and explanation.
I am glad to say thanks to you people. The way of your step by step help in each stage till publication is mind blowing.
Even though my PhD guide is too technical you gave me complete stuff on all the algorithms and mechanisms.
My team is thankful to you. Since you provided us all the requirements for my project from the beginning to the end.
|Network Simulator||Software Certification||Supported Platform||Programming language||Supported networks||GUI support|
|Ns2||Open Source||Linux, Unix, Windows, Ubuntu||OTcl and C++||Mobile ad hoc networks, Sensor networks, Wired networks||Not present|
|Ns3||Open Source||Linux, Unix, Windows, Ubuntu||C++, Python||Software defined network, Hybrid networks, Optical networks, Body area networks, Vehicular ad hoc networks, Internet of things||Present|
|OMNeT++||Open Source||Linux, Windows, MAC||C++||Software defined networks, All types of ah doc networks, 5G networks||Present|
|OPNET||Licenced Version||Linux, Windows||C++||Long term evolution, Sensors network, WiMAX ,Fiber Optics sensor and Optical networks||Present|
|QUALNET||Licenced Version||Linux, Windows||Parsec, C++||IPv4 and IPv6, All type of wireless networks, Sensor networks, WiFi network, WIMAX||Present|
|MININET||Licenced Version||Windows, Ubuntu||Python||Cellular networks and Software defined networks, Named data network, VANET||Partially used|
|MATLAB||Licenced Version||Linux, Windows, Mac||C++||Wireless sensor network, Long term evolution, 5G and MIMO.||Partially used|
|LTESIM||Open Source||Linux, Ubuntu, Mac OS||C++||Cellular networks with LTE-A, LTE-M, LTE-R, E-UTRAN, WLAN, WiFi||Partially used|
|COOJA SIMULATOR||Open Source||Ubuntu||Java||Wireless sensor network, RPL, LR-WPAN, IoT, Peer to Peer network, Cognitive radio network||Simple GUI support|
|CONTIKI OS||Open Source||Linux, VMware, Ubuntu||C||WSN, IoT, IIoT, 6TiSCH, 6LoWPAN||Present|
|GNS3||Open Source||Windows, VMware, Mac OS, Linux, ESXi, Bare metal cloud provider||Python||Ad hoc networks, Wireless network, SDN/NFV, Cyber security, Satellite communication, D2D, 4G communication, 4G, IoT||Present|
|NETSIM||Licenced Version||Unix.Linux, Mac OS, Windows||C, R||5G mmwave, D2D communication, WiFi, IEEE 802.15.4, IEEE 802.11e||Present|
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