Networking Projects List

Networking is the study of the communication process involved in interconnected computing devices or other smart entities. In this, it analyses the functionalities, technologies, and architecture of networks for efficient data transmission. Generally, the current networking projects are largely categorized into either WAN or LAN. This page determines to give you more information on current and future networking projects list with their novel research areas!!!

            Before getting into the deep study of the networking research field, you need to know essential terminologies in networking. These terminologies are not just the word; they address networking and communication’s fundamental and core operations. Now, let’s have a quick glance over a few of them below, 

What are the key terms in networking?

  • New Services Performance Improvement
  • Network Traffic in Transmission
    • Service Providers Issue – In what way, the cost of network deployment is decreased and the capacity of the network is increased
    • Voice Traffic – Cellular Systems
    • Data Traffic – Video Conference System
  • Technological Developments
    • Quality of Services
    • Ubiquitous Computing
    • Extranets and Intranets
    • Low Cost and Fast Computing Services for Communication

Our research team generally has the solid groundwork in both theoretical and empirical concepts of networking. In order to give you a more innovative networking projects list, we updated our skills on all core functionalities and future technologies of networking. Some of them are given as below,

Research Areas in Networking Projects List

Our Knowledge in Networking

  • Acquired the basics of Designing and Simulation in the following use-cases:
    • Hypothesis Analysis and Assessment
    • System Requirement Investigation
    • Integrated Network and Technologies Inspection
    • Advanced Networking Analysis

Next, we can see that about few interesting networking technologies, system-based software applications, wireless radio technology, and hardware framework. All these are listed to make you aware of key concepts of networking projects developments. Our experts are truly proficient enough to guide you in the below-specified concepts to create a strong networking foundation for your study

Networking RoadMap

  • Networking Technologies
    • WLAN+ (IEEE 802.11e and IEEE 802.11a)
    • Cognitive Radio Networks
    • Network Virtualization
    • WLAN (IEEE 802.11a, IEEE 802.11g and IEEE 802.11a )
    • Mesh or Ad-hoc Routing (IEEE 802.11s)
  • System based Software Applications
    • Mobile Web and Internet Access
    • Public Wide Area Network
    • Open Mobile and Vehicle to Vehicle Applications
    • Pervasive System
    • RFID and Location-aware Apps
  • Wireless Radio Technology
    • -50 Mbps OFDM 802.11g.a
    • Dynamic Spectrum Access
    • -500 Mbps Ultra Wide Band
    • 100 Mbps OFDM / MIMO
    • Sensor Radio (Zigbee and Mote)
    • 1 Gbps WLAN IEEE 802.11 ac
  • Network Device Models
    • Open Flow Switch
    • IP-based 3G Base Station
    • GNU /USRP Software Radio
    • Open Mobile Handset
    • 4G WiMAX / LTE
    • Zigbee Sensor
    • Wideband Cognitive Radio
    • RFID based Sensor Platform

Our research team is presently handling different research areas in networking. These areas are very significant for active scholars. Since it provides you a new dimension of networking projects, further, these new dimensions put you on the right track of future technologies. More than these areas, we support you in other network-related areas to provide networking projects list end-to-end research service.

Innovative Research Areas in Networking

  • Networks
    • Integration of SDN and NFV
    • Vehicular Network Communication
    • QoS, QoE, GoS and SLA improvement
    • Network Protocols, Interfaces and Architecture
    • Network Performance Management
    • Cooperative and Smart Communication
    • Next Generation of Internet Technologies
    • Wireless Networking and Communication (Non-cooperative and Cooperative)
  • Security Concerns
    • Secure P2P Communication
    • Data Hiding and Watermarking
    • Stegnography based Cryptography
    • Forensic based Wireless Network Security
    • Data Privacy in Ultra-Speed Network
    • Biometrics; Identification and trust Methodology
  • Mobile Communication
    • MTC and M2M Communications
    • Cognitive Radio Network (CRN)
    • Wireless Mesh and Ad-hoc Networking
    • LTE-Advanced, LTE-R, LTE-M and PS-LTE
    • Multi-hop Networking: VANET, Ad hoc, DTN and WSN
    • IoT-Green Networking and Energy-Aware Communications
    • Wireless Small Cell Networks and Heterogeneous Networks

In addition, our resource team also listed some evolving networking technologies. This will surely help the active scholars to identify the current research direction of the networking. Actually, our technical professionals have sufficient practice in handling all emerging concepts using python programming of the below-mentioned areas.

Emerging Technologies in Networking

  • Augmented reality and virtual reality
    • In the era of the digital world, Virtual and Augmented Reality technologies are encouraged to increase the strength of several real-time applications
    • By the by, it spreads their footprints from an extensive range of solutions starting from small to large scale
    • For instance: industrial applications, consumer and enterprise applications
  • SD-WAN
    • From the name itself, we can realize that SD-WAN means applying software-defined techniques to manage WANs
    • In the case of multi-site deployments, one can enhance the efficiency of resource utilization by using this technique at a low cost
    • Further, it improves the bandwidth capacity of the network and performance of the critical systems and services with ensured security and privacy
  • The Integration of Voice, Video, and Data
    • Initially, the telecommunication domain has created communication by integrating data, voice, and video. In this, it uses three different cables for each purpose
    • Now, the collaboration of data, video, and voice is termed as the convergence
  • Wi-Fi 6 & Wi-Fi 7
    • The Future technology of Wi-Fi protocol is Wi-Fi 6 / IEEE 802.11be / IEEE 802.11ax
    • Moreover, the IEEE 802.11ac standard increases the scalability, flexibility, and efficiency of the next-generation wireless networking applications
  • Artificial Intelligence (AI) and Machine Learning (ML)
    • In recent applications, Machine Learning (ML) and Artificial intelligence (AI) technologies are jointly tackling many complicated issues in the real-world applications
    • For instance: Smart Transportation, Automated Cars, Smart Cities, Smart Supply Chain, etc.  

So far, we have discussed research-oriented information such as networking concepts, research areas, ideas, budding technologies, and more. Now, we can see the simulation of the networking model. Basically, the networking model is simulated to avoid the cost of real deployment for testing.

Instead of direct deployment, it creates a realistic network with actual network behaviour. So, we can easily evaluate the network performance in the simulated environment itself. Below, we have given some basic reasons for using simulation for better understanding.

Why simulation for networking?

  • For overcoming the high cost of testing at large-scale
  • For recreating real network scenarios to perform investigation
  • For dealing with interference concerns or frequency coordination
  • For enabling low-level access of network which is not applicable in physical testbeds

In addition, we have also given some add-on simulation tools that are more useful for developing networking applications and services. Here, we have classified the simulators based on two primary categories, such as Full-stack and Flow simulations. Our developers have familiarity with modules, libraries, and packages of all these simulators to make your project more efficient than others work.

Networking Simulators
  • Flow Simulations (System-level)
    • However, the individual packets are can’t be modeled, it creates the impact of packet aggregation and data interchange
    • For instances: SimGrid and ExtendSim
  • Full-stack Simulations (Packet-level)
    • Granularity Unit – Packet
    • For instances: NS-3, QualNet, OPNET, OMNeT++ and NS-2

Simulation modeling techniques

When we discuss the networking projects list, the first and foremost thing to have in your mind is a selection of the best research problems. Next, the second most important thing is proposed solutions. Comparatively, your handpicked solutions have a key player role in uplifting your networking project performance. So, we will surely help you in both these two important phases of your study. Generally, decision-making for approaches depends on the following types of applications.

  • Continuous or Discrete
  • Dynamic or Static
  • Distributed or Centralized
  • Time-stepped or Discrete-event
  • Stochastic and Deterministic
  • Constructive Versus Live Versus Virtual
  • Embedded and Standalone

Certainly, scholars are expected to do their research on current research areas. On knowing this default constraint, we constantly update our knowledge in all upcoming research developments and requirements. As a result, our handhold scholars will gain more interesting hidden facts about their desired areas to craft networking projects list. Also, it helps them to find a new research perspective of their interested area. Let’s see few significant trends in networking.

Current Trends in Networking

  • Data Sensing and Analysis in Remote Access
  • Content Distribution in Virtual and Augmented Reality
  • End-to-End Network Monitoring and Assessment
  • LTE Macro Cells, ProSe and D2D
  • Secure Data Transmission in Minimal Delay
  • Various Sensors (For instance: LIDAR)
  • Employment of mmWave Techniques in SD-Radios
  • Enhancement of Video Quality in Real-world Applications

For illustration purposes, here we have given you two networking projects from our collections networking projects list. From these examples, you can identify how your selected research iot dissertation topics are executed practically by following the implementation plan. In addition, we have also included the software requirements of the project along with simulation scenarios.

Networking Projects List for Research Engineering students

In the following, two sample networking projects are given

Title An Adaptive IEEE 802.11 AC based Data Communication

Implementation plan:

  • Step 1: At first, deploy the N number of User Nodes in the simulation environment where N is entered at run-time
  • Step 2: Set the simulation parameters as 1-8 antennas, modulation (QPSK, 256-QAM, BPSK, 64-QAM and 16-QAM) and channel width (20MHZ, 160MHZ, 80MHZ and 40MHZ)
  • Step 3: Then, execute the Packet Aggregation process in two phases on using A-MPDU and A-MSDU (11,454byte)
  • Step 4: Next, implement the IEEE 802.11ac protocol for packet transmission
  • Step 5: At last, plot the graph for Latency, Data Drop and Throughput

Software Requirement

  • Simulator – OMNeT++ 4.6
  • Operating System – Windows 7 Ultimate [x86]

In this project, we differentiate the simulations based on 6- scenarios:

  • Simulation without QOS and with QOS
  • Simulation without aggregation and with aggregation
  • Simulation with directional (point-to-point ) and without directional (omni-directional)

Title An Efficient SDN-based Load Balancing in Edge Computing Servers

Implementation Plan:

  • Step 1: At first, deploy network entities as 50 Users, 4 Edge servers, 1 Base Station (BS) and 1 Controller
  • Step 2: To begin the communication, the user nodes will transmit the request packet to the server nodes through controller
  • Step 3: Then, implement Task Partition and Scheduling Algorithm (TPSA) for task allocation operation
  • Step 4: Next, apply AI based Markov decision method for task load balancing operation
  • Step 5: After that, execute the data transmission based on client requirements
  • Step 6: At last, plot the graph based on following parameters,
    • Data size Versus Completion Time
    • Number of Tasks Versus Completion Time
    • Capacity Edge Versus Completion Time
    • Number of edges Versus Completion Time
    • Iteration Versus Q Value Table

Software Requirement

  • Simulator – NS-3.26
  • Operating System – Ubuntu 14.04 [32 bit]

Further, at the end of project development, we will provide you some supplementary materials such as screenshots, execution video, running procedure, software installation guidelines with read me file. Once you make a bond with us, we are ready to share our latest Networking Projects List.

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