A network is a group of two or more network devices is used for communication. These devices and nodes in the question are connected through physical wired or wireless connections. The key purpose of the network is that connects at least two or three components and connected.  If you are looking for innovative network project topics, then look at this page to know more about the networks.

Important Stages of Research

• Carried out literature review
• Determine the research problems
• Conducts research and collect results
• Produce the original research
• Start writing research work

There are several problems raised in-network for communication. In particular real-time applications such as video, transmission require high QoS performance and QoE results. Hence, we must know the important problems in networks. 

What significant problem do wireless networks have?

• Low bandwidth with packet collisions and interference
• Low transmission strength
• Lack of network management

Previously, we listed three problems in networks, and the following discusses one of the important issues in the network. Now the network management problem to craft innovative network project topics is in detail here. 

Why Network Management is important?

• To improve the network availability and improves the maintenance of the network
• To enrich the utilization of tools for network manage, and monitor of the network  troubleshooting
• To reduce the network complexity by centralize the control of all network components
• To reduce the cost of network management and maintenance and operational expenses.
• To minimize the network, link and node failures in network and manage the network resources

Trending Network Research Topics

Network / information security

• Sensor & mobile ad hoc network security
• Internet security & applications
• Service and systems
• QoS network security
• Intrusion detection & prevention

Mobile and Wireless Network

• Wireless & mobile network operations
• Wireless sensor networks
• Wireless & mobile network architectures
• Wireless multimedia systems
• Mobile internet and web applications

Ubiquitous 5G Technologies

• Cognitive radio and cooperative systems
• Standardization and regulation
• Smart city and industry
• Hardware architecture and implementation

Wireless Networking

• Services and applications
• Network architectures
• Network protocols
• Network modeling, analysis and operation
• Network security and privacy
• Wireless and wireless systems
• Network operations & management

Sensor Networks or Systems

• Learning of models from sensor networks
• Synchronization and localization
• Data storage and query processing

For useful illustration, we study many research articles and literature reviews to find the performance of any research network project topics. Research methodology and novelty are tested using the performance evaluation. Now, we provide specific information for defining network performance management. 

How network performance is measured?

• Scalability: Network scale is measured for the large scale and small scale network devices and the largest network with sending huge volume of packets with diverse of nature proves the network has obtained the greater performance.
• Throughput: For the network’s performance validation, throughput is evaluated and amount of data packets must be reached to the destination by the defined time periods can be the network has obtained the higher throughput
• Packet loss: It represents the number of packets transmission from one end to the other end. However, packet losses degrade the network performance.

In above, we have shortened the network performance parameters, and also in the following, we describe all network performance metrics by OSI layer-wise as physical, MAC and routing layers, etc. However, evaluate performance metrics makes the network intelligent and realizes the network topology and link conditions. 

Further, it is achieved when appropriate protocol selection and management control have been taken. For instance, cognitive radio networks (CRN) and software-defined networks (SDN) require global network management. 

What are network performance metrics?

• Network Architecture: network scale, network connectivity , centralized, or distributed, and network topology (cluster , star or mesh), and node density
• Channel Modeling: channel quality, channel bandwidth, holding time, channel switching time and handoff channel sequence
• Application and Traffic: QoE and QoS parameters
• MAC layer: Backoff time, Link BER, Access Collision Rate, Access Type, Error Correction Rate, and robustness
• Phy layer: SNR, Shannon capacity, Modulation mode and coding method
• Node property: Mobility mode, Mobility Speed, Packet Processing Time, Max Hop Distance, and Transmission Power
• Routing layer: Number of Hops, Path Delay, packet drop rate and re-routing time , and path throughput
• Transport layer: Queue size, congestion level, sliding window size, reliability level, retransmission timeout setup, etc.

If you contact us for your network project topics, you can assume that it is finished because we start to guide you from the initial step to the final step. We value your time by giving our efforts and deep research knowledge to your research networking topics. Thus, you can prefer your network project topics with complete professional guidance with exceptional guidance from us.