PHD Network Projects

PHD Network Projects is a research platform to create and justify a network concept with valid results. At first, it is important to know that wired and wireless Network is a wide area that grows day by day with high data rates, scalable, and so many. In simple, a network defines as connectivity between devices to share data.  

The Network is the base for communication that performs by WiFi, LiFi, LTE, 5G, and B5G, i.e., 6G. In fact, a network transfers any type of data, such as voice, content, video, or others. Such data can be of traffic info, measured data, and so on. Henceforth, there exists a set of needs to focus on once you design networks, which are below.      

Main things to be clarified before designing a network 

• Define whether the nodes in the Network are static or dynamic
• Network structure either random or grid 
• Type of communication technology to be used
• Define the MAC protocol and IEEE standard
• Employ a set of frequency range and bandwidth 
• Deployment of a node with respect to the network characteristics
• Describe Other Network Protocols like Routing, Duty Cycling, and more

   In general, a network consists of many types of devices. That is to say; it depends on the types of the Network. Some of the network devices are sensors, gateway, smartphones, vehicles, switches, and many more on account of the network entities, the process in a network deals as listed here.

Significant Processes handled in most of the Networks 

• Network Topology Construction (2D or 3D)
• Clustering of network devices (Equal or Unequal)
• Routing data packets (Single hop or Multi-hop)
• Data gathering (By heads or special agents)
• Resource allocation (Static or Adaptive)
• Handover (Vertical or Horizontal)
• Scheduling (Packets or Timeslots)
• Beamforming (Analog or Digital or Hybrid)
• Security (Data privacy or Attack detection)
• And many more

   Above all, the Network can focus on any of the processes. By the time the subclasses of ad hoc and WSN are such as 1. MANET, VANET, and FANET & 2. WBAN, UWSN, and Underground WSN. To be sure, the devices in them are different, and so they do not move at the same speed as well as the need is not the same. 

   With attention to these networks, they use the following standards such as IEEE 802.11, 802.15, 805.16, 802.15.4, 802.11 ax, and many more. In case if two networks combine, then two standards will be in use. Hence, we give you the mixed networks here. 

Most Popular Study Areas in PHD Network Projects 

Standalone Networks 

• MANET, VANET, and also FANET
• Wireless Sensor Networks (WSN)
• Cognitive Radio (CRN) 
• Named data Networks (NDN)
• Elastic Optical and also Cellular Networks 
• 5G HetNets
• Software-Defined Networking (SDN)
• Network Function Virtualization (NFV)
• Delay Tolerant Networks (DTN) 
• And also Low power Wide Area Networks (LPWAN)

Hybrid Networks 

• SDN Wireless mesh network 
• SDN-NDN and also SD-WSN 
• NSDVN and NDN-MANET
• CR-VANET and also CR-WSN
• Cellular Network with VANET 
• Delay Tolerable IoT Networks
• SDN-NFV for 5G RAN
• Fiber-Wireless Broadband Access Network (FiWi)

   Even though after we define a network and process, it is important to final the methods that work in it. Of course, a PhD scholar work starts from area selection, and then a serious problem should state from the literature. By all means, the solutions fall in anyone, as listed below.    

What are the methods supports on Network?

• Probabilistic and Stochastic methods
• Machine and also Deep learning 
• Reinforcement Learning
• Multi-Criteria Decision making 
• Game theory and also graphs 
• Bio-inspired and nature-inspired algorithm 
• Evolutionary computing 

   At length, we say a PhD level work needs to be novel, and hence the use of each method must be new. Once the complete PhD proposal in Network is ready, then it is ready for testing. While testing the configurations of nodes and functions of a network plays a vital role. Some of the special tools are such as NS2 and also NS3, OMNeT++, MATLAB, GNS3, LTESIM, and so on. In any tool, we can validate a network performance by the following metrics,

• Packet Delivery and Loss Ratio
• Throughput and also Channel Capacity
• Resource Consumption Rate
• Energy Metrics (Lifetime, Alive Nodes and Consumption)
• Time Metrics (Transmission Delay, Propagation Delay, and Latency)
• And many more

   In any case, of a PhD help, you can call us. In brief, we guide on the proposal, paper writing, and publication and at last thesis. Explore about Phd research topics in ns2. Even if you want any one of the services, then also you can contact our team. In truth to say, PhD  is not just a day work; it takes months. But it will be in days in your hands, once you come to us.

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