Cellular network is a non-centralized radio or mobile communication which spread out over a geographic area through cells. Here, each of the cells has a static location transceiver called a base station to work for User equipment (UE). Reach out this page if you like to study more details about latest interesting cellular network thesis ideas.

This page exposes the leading research developments of Cellular Networks!!!

All the cells collectively provide radio coverage over broad physical regions which enable communication even if the equipment is dynamically changing the position in the transmission. It also includes varied components such as microcells, picocells, femtocells, and distributed antenna systems. And these components are well-known by the following key factors,

• Transmit Power
• Coverage Area
• Physical Size
• Backhaul and Propagation Characteristics

As a result, it offers numerous opportunities for capacity enlargement. In addition, it provides several new Cellular Network Thesis Ideas for co-existence and network management.

What are the promising technologies for next-generation cellular networks? 

The high-tech advancement of the cellular network for the next generation is going to be 5G, 5G beyond, and 6G. To an increasing extent, it integrates several component technologies and special characteristics. As a result, it helps you to determine the solutions for most of the problems that we are currently facing today that follow: 

• Increase the bandwidth through carrier aggregation approach which supports up to 100MHz bandwidth delivering 1Gbps in DL. In this, it collects dissimilar frequency bands and fragmented spectrum in all possible ways.
• Minimize the power consumption and latency through relays utilization 
• Increase the users/cell throughput by different improved MIMO and advanced antenna technologies 
• Advancing the interference coordination among the neighbor cells

QoS Analysis in Cellular Networks 

It is clearly raised on the point of achieving pleasing service for end-users through the ability of the mobile service providers. On account of this, it manages several features such as High-Rates Multimedia data, Data Applications, Strength, Minimum Probability of Call Blocking/Dropping, and Enhanced Voice Quality and Signal.Similarly, for network-based services, the QoS investigationdepends on the following factors, 

• Throughput – The number of packets traveling between the source and destination in the network at a specified time where a high rate is always preferred. 
• Delay – The amount of time taken to transfer packets from source to destination in the network where the least delays are always preferred.
• Packet Loss Rate – The amount of packet loss in network path where it should be low as possible
• Packet Error Rate – The number of packet errors due to corrupted bits in network path where it should be low as possible
• Reliability – The accessibility of a network or connection

QoS is a great challenge that so many research scholars looking forward to carrying over their research. Since it continuously shines as an evergreen research area that still has a lot of scopes to provide better service standards.

PhD Topics in Cellular Network 

• Enriched OFDM with 5G Radio Access Technologies
• New Radio in 5G Physical Layer 
• 5G based Non⁃Orthogonal Multiple Access (NOMA) Techniques
• mmWave vs. μ⁃Wave Frequencies in 5G-Massive MIMO Communication 
• Enhanced Uplink Multiple Access Schemes for 5G/beyond 5G

As a matter of fact, we regularly update the most essential technical knowledge in cellular networks through recent Textbooks. As a result, we have well-established skills in the key features, techniques, algorithms to develop your hand-picked Cellular Network Thesis Ideas in efficient way.

Major Textbooks Available for Cellular Network

• Distributed Resource Allocation in 5G Cellular Networks
  • Author(s) –  Rath Vannithamby , Shilpa Talwar
  • Pages – 129 – 161, Publisher: Wiley Telecom, Copyright Year: 2017, Edition: 1
  • Description
    • Three innovative methodologies to crack the distributed resource allocation complications in future heterogeneous networks
• Cellular and Noncellular Communication Networks Design Based on Radio Propagation Phenomena
  • Author(s) –  Nathan Blaunstein , Christos G. Christodoulou
  • Pages – 494 – 535, Publisher: Wiley Telecom, Copyright Year: 2014, Edition: 2
  • Description
    • Policies to create uniform and non-uniform cellular automation for various urban environs
    • Channel or Frequency Assignment system
• Characterizing and Learning the Mobile Data Traffic in Cellular Network
  • Author(s) –  Anwer Al-Dulaimi , Xianbin Wang , Chih-Lin I
  • Pages – 453 – 498, Publisher: Wiley-IEEE Press, Copyright Year: 2018, Edition: 1
  • Description
    • Utilization of Mobile Instantaneous Messaging (MIM) service along with massive “Wechat/Weixin” traffic observations
• Cellular Networking and Mobile Radio Channel Characterization
  • Author(s) –  Behnam Kamali
  • Pages – 41 – 122, Publisher: Wiley-IEEE Standards Association, Copyright Year: 2018, Edition: 1
  • Description
    • Complete literature review of radio channel
    • Three classes of signal attenuation and fading
• Cellular Networks
  • Author(s) –  Kaveh Pahlavan , Prashant Krishnamurthy
  • Pages – 281 – 341, Publisher: Wiley Telecom, Copyright Year: 2009, Edition: 1
  • Description
    • Common Structural design of a Cellular Network
    • Technologies for Mobile Environment
    •  Protocol Stack in Cellular Networks
    •  Physical Layer in TDMA, CDMA, etc
    • Approaches for increasing capacity
• Resource Allocation in OFDMA‐Based Multi‐Tier Cellular Networks
  • Author(s) –  Ekram Hossain , Long Bao Le , Dusit Niyato
  • Pages – 51 – 83, Publisher: Wiley Telecom, Copyright Year: 2014, Edition: 1
  • Description
    • Design and Execution of resource allocation which includes Max‐min fair resource allocation framework with macrocell protection
• Overview of Heterogeneous Networks
  • Author(s) –  Rose Qingyang Hu , Yi Qian
  • Pages – 1 – 25, Publisher: Wiley Telecom, Copyright Year: 2013, Edition: 1
  • Description
    • New wave technology development in HetNets
• Overview of Multi‐Tier Cellular Wireless Networks
  • Author(s) –  Ekram Hossain , Long Bao Le , Dusit Niyato
  • Pages – 1 – 30, Publisher: Wiley Telecom, Copyright Year: 2014, Edition: 1
  • Description
    • Discusses OFDM, SC‐FDM waveform, uplink communications over 20 MHz bandwidth
• Capacity and Coverage Enhancement in Heterogeneous Networks
  • Author(s) –  Rose Qingyang Hu , Yi Qian
  • Pages – 51 – 65, Publisher: Wiley Telecom, Copyright Year: 2013, Edition: 1
  • Description
    • HetNet architecture which comprises hierarchy of tiers
    • Multiple categories of infrastructure components
    • Advance RAT
• Macro—Femto Heterogeneous Network Deployment and Management
  • Author(s) –  Rose Qingyang Hu , Yi Qian
  • Pages – 313 – 333, Publisher: Wiley Telecom, Copyright Year: 2013, Edition: 1
  • Description
    • New frameworks for HetNets deployment based on femtocells deployment types

For add-on information about recent advances or major parts of cellular networks, you can contact our team. Also, we are ready to share more Cellular Network Thesis Ideas based on your interest.