A computer network is a shared system of multi-layered architectures. In this, each network connection type furnishes the properties of size, power, and signal type during modelling and simulation. The instance of this connection takes over these properties from signal strength and type. As a result, it enables any possible theoretical/practical scenario to design and simulate. This article presents you with recent research areas, topics, and tools for computer network mini projects!!!

For example, the data stream and packet virtually show the data sharing among nodes in spite of data size. Further, the different layers of network OSI models are Application, Presentation, Session, Transport, Network, Data Link, and Physical.

What are computer networks?

Basically, the computer network is the web of massive computing devices/systems to launch the data exchange. So, it is treated as a foundation for communication in information technology. Computer Network Mini Projects is constructed in different ways through different supporting technologies. Also, it is categorized into various forms, which may vary from structure, type, features, communication technologies, and protocols. We can now see the three most important network terminologies that you need to know before getting deeper into computer network research.

 THREE IMPORTANT TERMS OF COMPUTER NETWORKS

• Network Communication Technologies
  • Enable to transmit the information over the different communication medium in regardless of data volume. On the other side, network model reproduces an actual network design for data sharing which is also called as network stacks.
  • Here, we have given the network category, bit rate, coverage area, power usage, frequency band and protocols for few technologies for your awareness
    • Bluetooth (BLE)
      • Network Category – Peer to Peer
      • Bit Rate (Mbps) – 1
      • Coverage Area – 35m
      • Power Usage – 10 mW
      • Frequency Band – 2.4 GHz
      • Protocol – IEEE 802.15.1(IoT connections)
    • Wi-Fi
      • Network Category – Wireless Local Area Network (WLAN)
      • Bit Rate (Mbps) – 150 Kbps (Minimum)
      • Coverage Area – 1 Km
      • Power Usage – 400 + mA TXI standby 20mA (Higher)
      • Frequency Band – 2.4 to 5 GHz
      • Protocol – IEEE 802.11 ah
    • LoRa
      • Network Category – Low Power Wide Area Network (LPWAN)
      • Bit Rate (Mbps) – 250 kbps
      • Coverage Area – 100 Km
      • Power Usage – Ultra-low Power
      • Frequency Band – 868 to 915 MHz GHz
      • Protocol – IEEE 802.15 g
    • Z-Wave
      • Network Category – Mesh
      • Bit Rate (Mbps) – 0.1
      • Coverage Area – 30m
      • Power Usage – Highly low
      • Frequency Band – 908.42 MHz
      • Protocol – Z-Wave alliance
    • Wi-Max
      • Network Category – Metropolitan Area Network (MAN)
      • Bit Rate (Mbps) – 70
      • Coverage Area – 50 Km
      • Power Usage – N/A
      • Frequency Band – 2 to 11 GHz
      • Protocol – IEEE 802.15
    • LTE
      • Network Category – UMTS Terrestrial Radio Access Network (UTRAN) or GSM EDGE Radio Access Network (GERAN)
      • Bit Rate (Mbps) – 0.1 to 1 Gb/s
      • Coverage Area – 28 Km /10 Km
      • Power Usage – 5W / 1W
      • Frequency Band – 700-2600 MHz
      • Protocol – 3GPP

Network Connections

• Several connection types are available to address the specification of network entities inter-connections
  • Support different network structures to define network design. The most common type used in real-time is ring topology because ethernet enable LAN, WAN and internet.
  • Let’s see the various topologies used to design network in short note
    • Bus Topology: The nodes are connected through the single cable. So, the end node pass over the other connected nodes to execute their process.  
    • Ring Topology: It is close to the bus topology, but the end node is connected to another node. So, the information is traversed in cyclic format to identify the receiver. If the topology is not formed effectively then the information will attempt for infinity number of times.
    • Star Topology: The nodes in the network are autonomous to each other where each node is dedicatedly linked with central node / hub. So, even any of the link breakdowns it doesn’t affect whole system
• Network Protocols
  • It is the set of rules for establishing communication over the connected network devices. In a network, any number of protocols can be used with a motive to serve various applications. The 3 primary protocols types are given below,
    • Security protocols – SSL, HTTPS, and SFTP
    • Management protocols – SNMP and ICMP (manage and monitor the network)
    • Communication protocols – HTTP, IP and TCP (comprises essential data transmission technologies)
  • Next, we can see our expert’s abilities and familiarities in designing new / incorporating existing protocols as follows.
    • All functionalities of network protocols (design, test, deploy, analyze and assess)
    • Extents the support in entire data communications which highly focuses on robust network protocols. Moreover, we also adept to analyze the impact of specific protocol performance and behavior
    • Protocols are based on the research areas such as WSN, Mobile networks, Social networks, SDN, IoT, VANET, data center networks and more
    • Enhance the network efficiency by utilizing machine learning and artificial intelligence techniques. Further, it also enhances the performance of AI and ML systems 
    • Protocols on domain-based solutions such as routing, network management, network security and user privacy
    • Best in creating contributions to networking field by means of future web framework and network virtualization

Next, we can see about the open research issues in the field of computer network. These challenges are related to the modeling of the network projects.  Our experts have framed so many solving solutions for these issues to reach the customized problem-free network design.

Research Issues of Computer Networks

• Routing
• Data Flow Policies and Control
• Multiplexing / Demultiplexing
• Addressing
• Order or Error Flow

       In addition, we have given you the current preferable network architecture in the recent computer network mini projects. In this, we have mentioned the essential core technology used in architecture.

Emerging Network Architectures

• Network Functions Virtualization-based
  • Nullifies the hardware dependency which enable to employ EPC function in convenient way. And, it also improves the resource sharing in radio access network. In overall, it increases the throughput and decrease the delay in E2E
• Fog/Mobile Edge Computing-based
  • Same as SDN, it also split up the data plane form control plane. Then, it creates storage close to the user itself through fog nodes. So, it decreases the delay in data transmitting and receiving
• Software Defined Network-based
  • 5G based SDN architecture help to increase the maximum throughput and decrease the delay in large nodes connectivity

            Furthermore, we have specified the core technologies of networking that are growing ultra-fast. These two technologies are expecting to create revolutionary changes in the network research community within a short time period.

What are Emerging Technologies in Networking?

• IEEE 802.11ax (Cellular Networks)
  • Mobile service providers are now attempting to bring 5G in real-time consumer usages for both individual and business purposes
• Machine Learning (ML) with Artificial intelligence (AI)
  • Nowadays, these technologies are largely stepping into many of the smart applications and services in real-world
  • Also, it includes a greater number of benefits and business usage which are more suitable for ruling next generation applications
  • For instances: Intelligent transportation, Smart cities, and smart supply chain manufacturing

Our experts have currently performed an in-depth study on computer networks. From that study, we have found an infinite number of original computer network mini projects research ideas that are sure to uplift your research profession from others.

Latest Computer Networks Mini Projects [Research Ideas]

• Multimedia Services and Promotion
  • Forecast Content Popularity
  • Edge Caching
  • Resource Usage Estimation
• Network Security
  • Network Fault Tolerance and Diagnosis
  • Advance Network Attacks Mitigation
  • Network Intrusion Detection and Prevention
• Traffic Management
  • Network Traffic Control and Classification
• Resource Allocation / Management
  • Efficient Resource Distribution
  • Slicing of Network
• Theoretical Framework and Indicator Design
  • Optimization of Routing Protocol
  • Efficient Indicator Model Development
  • New Technologies for Theoretical Framework

Next, we can see about the network performance. Since it is the most important phase to assess the developed network models. Basically, it measures the quality of service experienced by the consumer at the end of service utilization. Due to the diverse nature of the network, many methods are available to improve network efficiency. Some of them are listed below for your reference,

How to measure the network performance?

• Mine the essential needs in the network traffic
• Study on managing the resources in the environs
• Increase the competence for balancing objectives
• Improve the preciseness in applications types
• Efficiently find / prevent the DDoS attacks
• Enhance the preemptive error response
• Flexible to adjust with various network scenarios
• Offer the way to identify real-world information
• Enforce more strength in network security
• Improve the optimal automated reconfiguration approaches
• Model the system based on certain characteristics to avoid undesired results
• Enable the incident quick response in timely manner for intrusion existence

In addition, we can also measure the network performance through certain parameters. These are referred to as operating parameters that monitor the network completely through the execution. Hence, it generates the aggregated results of network performance. Below, we have given you the list of metrics used for assessing current computer network mini projects results.

• Jitter
• User QoE
• Latency
• Throughput
• Packet Replication
• MOS Score
• Packet Loss Ratio (PLR)
• Packet Rearranging

Overall, we promise you to give up-to-date computer network mini projects ideas with end-to-end development support. So, if you need the best guidance in the computer networks field then contact us.