Ns3 Projects for B.E/B.Tech M.E/M.Tech PhD Scholars.  Phone-Number:9790238391   E-mail: ns3simulation@gmail.com

Network Communication Projects

Communication networks are a network of base stations and a set of nodes that send and receive the information over the transmission medium. It exploits various network entities to exchange data between the stations through the midway station. This page is about the new innovative Network Communication Projects and important research information!!!

One more main theory of network communication is routing which selects a series of stations as a relay for passing information from source station to destination station. Our scientific legends are wised up with evolving budding ideas in trendy areas to assist scholars in both Research & Development. 

Research Ideas in Network Communication Projects

  • Time or Carrier Synchronization
  • Flow and Quality Control
  • Network Entities and IP Addressing
  • Communication Protocol and Interface 
  • Advanced Signal Generation and Detection
  • Error Correction / Detection Strategies
  • Network Management and Control
  • Traffic Scheduling and Congestion Control
  • Network and Communication Security
  • Efficient Transmission System Utilization
  • Network Routing Techniques and Optimization
  • Message Formatting and Encapsulation in Communication

Our technical pillars of the research team are ready to guide you in every aspect of network communication projects i.e purpose, description, model, comprehension, and behavior. As a matter of fact, “Network Communication” is also piled up with the operating system, computer networking, and distributed systems. So, we are glad to support you to develop your desired research topic through the fitting solution.

How the packets are managed in the network?

No matter what problem we are choosing in Network Communication, Packet Handling with Network Communication is an inseparable process like bread and jam. In general, Packet Handling is considered to be the smallest chunk of transmitting data between a source and destination. And, it is also popularly referred to as block or unit. Also, it holds data units, one or more protocol header and header. For more simplicity, we have given an example of a structured type,

Message:: = sequence


Protocol integer

Ack-needed boolean

Source address

Destination address

Data bit string


Innovative Network Communication Projects

The first thing to remember about packets is that the unit format does not create an impact on in what manner packets are handed. We are constantly working hard to upgrade ourselves to provide innovative Network Communication Projects. As a result, we have a flawless picture of the current expectation of scholars in the Network Communication field. Hence, in the internetwork layer, the packets are used as the interchange media to transform data through the network.

How does a packet look like?

  • User Data: Actual Data of Network User 
  • Source Address: Source End Network Address
  • Header Length: Packet Header Length in bits or octets
  • Destination Address: Destination End Network Address
  • Options: Several Options such as security, priority, etc.
  • Lifetime: Packet Lifetime Indicator

In partnership, congestion control also seeks more attention like packet handling among research buddies. Even today, handling of congestion remains a long-term hindrance in network communication. Particularly, we have a special squad of experts who are promised to frame the appropriate strategies to overcome this problem through our cracking solutions.

Ignoring the congestion is the finest way to deal with congestion. With this in mind, our techies have spotlighted some master plans. And, the measures that paved the way to stop buffer overflow are as follows,

What do you mean by congestion in-network? 

  • Controlling the number of network packets. For that, it gives one-to-one care on packet count in the network. And also, the nodes guarantee the current count of packets. However, this method succeeds in stopping the network from overload but fails in avoiding individual nodes from overload
  • Minimization of traffic in the highly used link. Initially, the nodes will screen the load on their communication links. When the link is close to its capacity, it asks the source node to decrease the data rate through a special packet
  • Disposal of the packets to decrease node traffic. As previously discussed in the packet handling section, the packet lifetime indicator solely does this job. Further, there more other solutions are available for packet disposal. For instance, the node without buffer can be discarded directly

Moreover, we are extending our research assistance in other key areas in Network Communication Projects.

Emerging Research Areas in Network Communication

  • Open Networking Communication
  • Investigating Network Traffic using Wireshark
  • Software Defined Networking (SDN)
  • System Infrastructure: Switching, Routing, TCP/UDP, and Integrated Firewall

So, scholars who wish to do their research remarkably can make use of our Network Communication Projects service as a golden opportunity to hold a master’s degree in your hand.