Latest 5G Thesis Topics [Guidance]

Technological advancement in the network allows for more real-time connections is achieved using 5G network.  5G Thesis Topics are gaining importance these days with the surge in 5G research works. Remote surgery has become possible with 5G technology.  Following is a detailed account of 5G technology and its research. Let us start with understanding 5G.

WHAT EXACTLY IS 5G?

The fifth generation of cellular technology is called 5G. A wide range of services is possible using 5G due to its following advantages.

• Speed increment
• Latency reduction Enhanced cloud usage
• Unlimited access and coverage
• Flexibility

To understand how such significant advantages are possible with 5G, you need to know its technical aspect. 5G makes use of the following advanced techniques.

• IEEE 802.11ac, 802.11ad, 802.11af
• BDMA or Beam Division Multiple Access
• FBMC or Filter Bank Multi-Carrier

Using these in the core functioning, 5G has gained significance and is widely chosen by research scholars in crafting novel 5G Thesis Topics for their research work. Next, let us look into the use cases in 5G.

WHAT ARE THE 5G USE CASES?

         Applications of 5G are unlimited. 5G is adopted for its especially for its low latency applications, as given below.

• Remote surgical operations
• Gaming using Virtual Reality
• Simultaneous translations
• Communications from one vehicle to another and also to everything

We have been Guiding PhD / MS researches in wireless technologies for the past 20 years, wherein we see a great boost to 5G technologies. So we encourage doing research in 5G. Following are some of the PhD / MS thesis-based research ideas in 5Gnetwork given by our subject experts.

THESIS IDEAS IN 5G NETWORK

The following are the major research ideas in crafting 5G Thesis Topics 

• Network slicing
• Modeling of channel
• Allocation of resource
• Management of handover
• Investigating mobility
• Quality of Service in next-generation network 

We are well experienced in rendering 5G network thesis ideas. We have briefed one of the above topics, i.e., channel modeling in 5G NS3 networks. You can refer to it.

CHANNEL MODELLING IN 5G

           Efficient modeling of channels in 5G networks is of immense importance. Studies show that the 3GPP model of the channel is more efficient than the NYUSIM model.

• 3GPP is appreciable at mmWave frequencies in the prediction of diversity. 
• The model takes in about 20 rays in one cluster consisting of 19 clusters. 

It would be easy if you understand the channel’s working in more detail, as given below.

HOW CHANNEL MODEL WORKS IN THE 5G NETWORK?

Following are the significant steps in the working of 5G networks.

• Selecting scenario and antenna parameters
• Condition for propagation like NLOS or LOS is selected
• Calculation of path loss
• Creating Large scale parameters and appropriate delays
• Generating Cluster powers, arrival and departure angles 
• Rays are coupled randomly
• XPRs, Random initial phases, and coefficient of the channel are generated in steps
• Finally, path loss and shadow are applied

In this way, a channel model in 5G works. Our technical experts have guided about 100+ projects in 5G and wireless. They can give you more detailed practical explanations. If you want 5G thesis Topics ideas from world-class experts, contact us for networking dissertation ideas at any time. We have a 24X7 support facility. Now let us look into the design of the 5G channel model.

HOW TO DESIGN A NEW 5G CHANNEL MODEL?

Understanding of demands over the existing channel models is vital to design one. A new channel model must support the following.

• Arrays of the large antenna at mmWave and 100 GHz frequency 
• 2GHz bandwidths 
• 500Km/hr mobility
• D2D and V2V communication 
• Suitable for both indoor and outdoor 
• Consistent at a temporal and spatial frequency
• Multiple band operations

When you connect with us, you know about incorporating these aspects and wireless thesis ideas . You have found one of the very few world-class online research guidance providers for 5G final year project. You can seek our help at any point in your research career. We support the selection of 5G Research topics till the submission of the thesis. Now let us consider the most reliable sources for 5G, especially books.

What do we get from textbooks in 5g network? Role of Textbook in building latest 5G Thesis topics? Explained in Detailed

• Books are a great source to understand the issues associated with 5G. 
• Helps to formulate 5G Research Topics [Resolving Existing Issues]
• They give an Interdisciplinary theoretical and practical approach
• Books provide Analysis of operations with real-time examples 
• Further, it describes the fundamental requirements, operations management, and enabled technologies 
• Understand the industrial and theoretical perspectives of the 5G network 
• It enforces the comprehensive references for any research idea in the 5G network
• It enables the 5G network’s motivation and discusses the major challenges in the 5G network. 
• For capturing the key technology on the different integrated domains and identifies the other research challenges. 

Following are the most reliable books in 5G which are good source to identify trending 5G Thesis Topics.

What are the textbooks in 5g network? Top 10 Textbooks to read about 5G Research Ideas?

You can refer to the following books that are usually considered reliable for 5G research

• Machine learning for spectrum sharing in millimeter wave cellular networks
  • Author(s) – Fa-Long Luo
  • Pages – 45 – 62, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description 
  • The problem of spectrum sharing 
  • The combined action of model-based and data-driven approach

• Ultra-reliable low latency communications as an enabler for industry automation
  • Author(s) – Muhammad A. Imran; Sajjad Hussain; Qammer H. Abbasi
  • Pages – 89 – 107, Publisher:Wiley-IEEE Press, Copyright Year:2020, Edition:1
  • Description
  • URLLC enabling technologies
  • URLLC industrial automation applications

• Deep learning techniques for decoding polar codes 
  • Author(s) – Fa-Long Luo
  • Pages – 287 – 301, Publisher: Wiley-IEEE Press, Copyright Year:2020, Edition:1
  • Description
  • Efficient polar codes for coding and decoding
  • Belief propagation and successive cancellation

• Machine learning in energy efficiency optimization
  • Author(s) – Fa-Long Luo
  • Pages – 105 – 117, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description
  • Self organizing networks
  • Machine learning algorithms to improve energy efficiency

• Ultra-Reliable and low latency communication systems 
  • Author(s) – Haesik Kim
  • Pages – 303 – 342, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description
  • Short packet transmission with reduced delays
  • Improving latency in 5G 

• Enhanced mobile broadband communication systems 
  • Author(s) – Haesik Kim
  • Pages – 239 – 302, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description
  • Approaches for network throughput increment 
  • Low-density parity check, multicarrier techniques, multiple input multiple output codes

• Design principles for 5G communications and networks 
  • Author(s) – Haesik Kim
  • Pages – 195 – 238, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description
  • Approach to design and its challenges
  • Third generation partnership project standard for 5G new radio review

• Massive machine-type communication systems 
  • Author(s) – Haesik Kim
  • Pages – 343 – 395, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description
  • Tools for optimization of power in wireless sensor networks 
  • Energy efficiency improvement techniques

• Historical sketch of cellular communication and networks 
  • Author(s)– Haesik Kim
  • Pages – 1 – 12, Publisher: Wiley-IEEE Press, Copyright Year: 2020, Edition: 1
  • Description
  • Two systems for 2G communications- IS-95 and GSM based on code and time division, respectively 

• 5G wireless communication system parameters and requirements 
  • Author(s) – Haesik Kim
  • Pages – 13 – 20, Publisher: Wiley-IEEE Press, Copyright Year: 2020,Edition: 1
  • Description
  • Optimization of cellular networks
  • Relations between the metrics of 5G

So far, we have seen all the basics needed to do PhD / MS thesis in 5G networks. We have served about 200+ top colleges and universities across the globe. Thus you can entirely rely on us for your research support in choosing 5G thesis topics. Our engineers are always happily ready to help you.