Dissertation Topics on Cellular Network

In a cellular system, the coverage area is split up into several elementary areas known as cells. Our Dissertation Topics on Cellular Network gives you complete guidance over each nook and corner of the cellular network research field. 

The growth of cellular systems increases constantly based on increased mobile radio system capability without outlaying a large portion of the frequency spectrum. Here, the spectrum is divided into a huge number of distinct channel sets. And concurrently, each set is used in selected areas or cells. Along with frequency reuse, the utilization of spectrum rises several folds. 

Characteristics of Cellular Network

  • On-Demand Positioning
  • Virtualization
  • Resource Pooling
  • Elasticity
  • Service Metering
  • Multi-Tenancy

With an intention of not letting the interference surpass the thresfold, the channel sets are created. The threshold is designated in terms of protection ratio relative with respect to the low reception level of the desired signal. The partition of the spectrum as various channel sets infers adequate spectrum availability. And, Dissertation Topics on Cellular Network have listed some necessities of Cellular Network,

  • The network structure model should take notice of network function realization. Furthermore, the structure of the network should flexible and adaptable to satisfy various scenarios’ demands. And also, the functions of the modular network make the network more versatile.
  • Design of network structure has the ability to back dynamic and flexible network resource allocation as per service prerequisite
  • Network architecture has the potential to support multi-network/multi-radio access technology (RAT) cooperation along with backward compatibility
Latest Dissertation Topics in Cellular Network

Research Challenges in Cellular Network

  • Low Latency
  • Quality of Experience
  • Energy Efficiency
  • Scalability
  • Mobility and Routing
  • Inter-Operability
  • Standardization

Especially, in the scenarios of mobile network applications, the nonstop area coverage, high capacity, low power consumption, short delay, and high reliability are essential. Moreover, the research glitches triggered by flux density, delay, energy efficiency, and a number of connections can be cracked down in diversified business scenarios.

Emerging Technologies in Cellular Network

In a cellular network, methodology, sub-methods, network topology (homogeneous/heterogeneous), control mechanism (centralized and decentralized) and direction control (uplink/downlink) are significant to identify for any project. For instance, let’s check out the performance metrics in a cellular network. 

  • Mobility 
  • Retainability
  • Accessibility 
  • Coverage 
  • Reliability 

In order to facilitate reliable communication in a cellular network, the above-mentioned elements are essential. Now, it’s the time to know current research ideas evolving in Cellular Network research. In the following, we provide the list of research ideas and the corresponding methods in a cellular network. For your project or any kind of research work in the cellular network domain, you can use it. 

Research Ideas in Cellular Network

  • Handover and Handoff
    • AHP, Fuzzy, TOPSIS Technique, etc.
  • Data Aggregation and Clustering
    • PCA, K-means, Fuzzy C-Means, and so on.
  • Resource Allocation (Random Access and Scheduling)
    • Q-learning, DNN, Simulated Annealing, etc.
  • Interference Management and Power Allocation
    • Linear Regression, CART decision tree, KNN, and so on
  • Cell, Channel Selection, and Resource Discovery
    • ANN, Supervised Inductive Learning and many more
  • Mobility Prediction and Traffic Classification
    • One-Class SVM, Multi-Class SVM, RNN, and much more

Hope you have a basic idea about the Cellular Network. If you want better guidance for any phase of your research journey, then interact with us for getting more interesting Dissertation Topics on Cellular networks. We are always ready to serve you to complete your PhD work.