Online Network Simulator

What is meant by online network simulator?  In the process of making a network function to understand its capabilities and to interpret the topology, a tool named network simulator is used.  By understanding the concept of network simulators in the first part, we can move further to understand the topics in detail. Now, here are the uses of network simulator. 

Usages of Online Network Simulator

  • The first and foremost thing is to save a large amount of money and time in completing the project. 
  • Secondly, Protocols and network functions of both wired and wireless simulators are used in network simulators. E.g. UDP, TCP, Algorithms of routing. 
  • Thirdly, to examine both new and existing protocols or to alter further, it permits the network designers to work in a replicate and organized way. 
  • Finally, it enables to work in larger network connections. 

Above mentioned points are the uses of network simulators, hope that you are clear with the above-discussed points, it helps to understand most easily. This kind of explanation will give you clarity of concepts in-depth manner. Our experts focus more on understanding to help you grasp the points. We will further move deep into the project by looking into algorithms and protocols of online network simulators. 

Algorithms in Network Simulator:

  • The approach of phase alignment 

It interlinks the inclined signals by lowering the path measurement. It helps to identify and confirms the error signal accurately. The functional role of the fusion product will not influence much on the error signal if sensor fusion accessibility along with areas of output is dismissed. 

Protocols in Network simulator:

  • Very simple Control protocol (VSCP) – To work along with tasks of automation, VSCP is used and it can function without the help of physical layers like Ethernet, CAN bus, RS -232, RS – 485, Wi-Fi and it enables to link it to a single node in creating the network automation. 
  • Routing protocols from device to device using Bluetooth – To access with constantly changing state between the slow processing and performance of high occurring rate, Energising routing pattern is enhanced in Bluetooth based device to the device routing protocol. 

In the above part, we discussed the algorithms and the protocols in network simulators, with sub-topics in each of them, hope that it helps you inefficiently manner. We have experience in developing online network simulator, with several novel ideas. Coming to the project, in handling the tools of network simulator, Different versions are available and it is accessible, we will move on to the next part of Versions used in network simulation tools. 

Implementing Research Work Using Online Network Simulator

Network Simulator Tools Versions

NS-3.26

Wireless, CSMA, PointToPoint, are the significant connections emphasized between nodes by NS3. Wireless connection is relevant with WiFi networking between routers and computers. CSMA is relevant to the Topology of the bus between computers. PointToPoint connection is relevant to Connections of Local area network. 

NS3 is mainly focused on computers in real life, 

that it permits the nodes to stack the internet, install devices and applications, etc. They have some unique features and characteristics, they are as follows.

  • NetAnim– This feature in NS3 is to check up on the activities of data transfer of one node to another and to oversee how the network views using animated version. NetAnim is abbreviated as Network animator. 
  • Pcap file – In Pcap file, it can be viewed using Wireshark, a software tool. Pcap file is to get detailed data of the particular packets such as Destination IP, source IP, and Sequence number. 
  • GnuPlot – In the process of tracing the NS3 files, GnuPlot is used to jot down the plots in a reliable way. By looking at other graphs models, Gnutplot serves best in accuracy and it is easy to handle.  
  • Nodes Tracing – This feature in NS3 is to check up on the activities, by mapping the routes and analyzing the amount of data used for receiving and sending. 

NS-2.35

In this part, by providing worthy opportunities with affordability to the readers to make them understand the concept of how computer protocols will function in-depth, Ns2 will help in enforcing and making a copy of original computer network protocols. Thus it can be applied to different levels of NS2.  

Levels of Application

  • Sources of Constant-Bit-Rate (CBR) 
  • On/Off sources 
  • Ftp and telnet Sources
  • TcpApp, invalidation, HTTP, and web caching

Levels of application let us know about how the network simulations using NS2 is been used in various sources of technology. Lets us move on to Routing, Transport protocols, Link layer mechanism, router mechanism, and queue management. 

Routing

  • Simulation Of Mixed-Mode Session-Levels 
  • Routing Of Algorithmic 
  • Routing Dynamics 
  • Simulation Of Session-Level 
  • Routing Of Hierarchy 
  • Virtual Classifier With Detailed Simulation 
  • Broadcast And LAN Routing 
  • Routing Of Manual
  • DM Multicast, Centralized Multicast, Not Multicast over LAN, Not DetailedDM

 Transport protocols (SRM, TCP, UDP, and RTP)

  • RTP
  • New-Reno TCP 
  • Reno, SACK TCP , New-Reno, TCP initial window behavior Tahoe and under different losses
  • basic TCP behavior 
  • full TCP 
  • rate-based pacing TCP 
  • TCP vegas
  • SACK TCP 
  • SRM 
  • FACK TCP
  • RFC-2001 (Reno) TCP behavior

Link-layer mechanisms

  • Snoop 
  • CSMA/CD MAC protocols along with LANs

Router Mechanisms (admissions control, queue management, scheduling, etc.): 

  • RED queue management  
  • Algorithms with admission control: parameter-based, HB, ACTO, MS, ACTP. 
  • CBQ (both in v1 and v2 mode) 
  • Algorithms with several queue scheduling: DRR (Deficit Round Robin), FQ (Fair Queueing), FIFO (with drop-tail and RED queue management), SFQ (Stochastic Fair Queuing)
  • ECN behavior (and TCP interactions) 

Queue management

  • To enforce the RED queue management with Supportive examination, gateways of Random early detection from the Ns simulator is been demonstrated. 
  • The commands used for assessment are. /test-all-red-v1 in ns-2/tcl/test and. /test-all-red command in ns-2/tcl/test. 

So, in the upcoming part, we are going to illustrate the applications of online network simulator that explain the areas of implementation. 

Simulations of Online Network Simulator 

Simulations of Multi-access edge computing 

  • It has some unique functions such as direct access to network information instantaneously, High bandwidth, and latency in ultra-lower levels. 
  • Applications working with Multi-access edge computing is an upcoming technological structure that works along with cloud computing 

Simulations of Wireless tracking and localization 

  • Tracking is relevant with nodes of the mobile sensor and Localization is relevant with the nodes of the static wireless sensor. 
  • It works along with the group of applications that are used in an empirical way consisting of Telemanipulation, Services relating to the geographical area, and surveillance with reliability and proper pattern. 
  • Wireless tracking and localization is an empirical one that involves activities of research in-depth. 

Simulations of Multi radio 

  • The goal of optimizing the network capacity is to rely on the practical pattern between radio interfaces and wireless channels along with the technique of channel assignment. 

Applications of online network simulator were explained understandably. As of, the recent technologies are applicable in various ways relating to network simulators. This kind of updated information can be utilized in upcoming projects. On the other hand, we are providing online guidance for your extraordinary projects. So, you can reach us to get your project done. 

      Here, we represented the project titles regarding online network simulation. These project tiles will help you gather information about various areas. Let’s look into it. 

Project Topics using Network Simulation 

  • Coordination between epidemic spreading on multiplex networks and the awareness-based resource allocation
  • Joint sharing of computing capability and wireless resource in authorized mobile edge-based VANET
  • Traffic demand predictions for optical network planning established with Optimal and near-optimal alpha-fair resource allocation. 
  • Dynamic Resource Allocation Scheme in Network Slicing 
  • Machine learning approaches with resource allocation strategy for D2D multicast networks and Clustering. 

Up to now, we are deliberating a lot of information about online network simulator. In our concern, we have 100+ employees who are there for you only and we are continuously working for providing the best service. Quickly join us for enhancing your project ideas.