Heterogeneous Network (HetNet) is integrated with various types of low-power radio access nodes and links to handout multi-services. Master Thesis Topics in Heterogeneous Networks comes with tremendous thought-provoking research ideas for scholars who are pursuing their studies in the HetNet research field. 

What is Heterogeneous Wireless Communication? 

Particularly, HetNet stretches the promising strategy to meet the tireless traffic demand in a wireless network. Next, we can get to know about the techniques followed to satisfy demand are listed below,

  • On one hand, macro eNodeBs certify the coverage for low-speed services in HetNet. 
  • On other hand, small cell eNodeBs (as pico eNodeBs and Femto eNodeBs) are arranged in the macrocells to certify the hotspot coverage for capacity enrichment.

By the by, the low coverage area of small cells implies several Mobile Devices (MDs) sharing the same cell are comparatively less than macrocells. So, MDs are more independent in using the bandwidth with minimized transmission power. Now, we can see the recent top demanding research problems in the research community.

Latest Master Thesis Topics in Heterogeneous Networks

Research Challenges in HetNets 

  • Mobility of User
  • Variations in Traffic Load that hit both the Multi-users Resource Sharing in serving cell and Interruption across Neighboring cells
  • Wireless Channels Propagation Effects  

To be specific, our Master Thesis Topics in Heterogeneous Networks have cherry-picked a few more current research issues not yet solved. Along with these research topics, we have listed the possible research objectives and challenges based on the recent literature survey.

Research Ideas in Heterogeneous Networks

Offloading Decision 

  • Research Objectives 
    • Optimization Objectives
    • Partition of Application 
    • Tradeoffs in Energy and Speed 
    • Dynamic Environment Variation 
  • Research Challenges
    • QoS Violations are not measured
    • Execution Time in Remote Execution is unnoticed
    • Cost Charged and Refund Penalty Rates 
    • Network Traffic Load Effect on Power Consumption 

Admission Control

  • Research Objectives
    • False Rejections and Admissions Minimization
    • Reasonable Throughput and QoS 
    • Network Load and Transmission Power Minimization
  • Research Challenges
    • Guarantee that the essential QoS be met when an MD roam to an adjacent cell in Download Phase
    • Power Consumption and Transmission Delay are not considered as the conditions for acceptance/ rejection/association decision

Cell Association 

  • Research Objectives
    • Greatest Signal to Noise Ratio (SNR) and Load balance
    • Performance Optimization in Dynamic Interference
    • Maximizing Throughput in Static Interference
  • Research Challenges
    • Interference acquaint with the Neighboring cells is ignored

Power Control 

  • Research Objectives
    • Higher Throughput in static interference 
    • Lower Network Load and Transmit Power 
  • Research Challenges
    • Fails to assure Delay and Power in an uplink scheduling algorithm 
    • Mix Traffic Scenario is unobserved in the scheduling algorithm 

Resource Allocation 

  • Research Objectives
    • Downlink Scheduling Optimization Objectives  
      • High Throughput and Fairness Tradeoff
      • Queue Stability
      • Low Delay or Queue overflow Possibility
      • Energy Efficiency with Delay Tradeoff
      • Optimization Objectives Mixture for Dissimilar Traffic
    • Uplink Scheduling Optimization Objectives  
      • Resources allocated to the same MD ought to be contiguous in the frequency domain
    • Interference Coordination
      • Semi-static versus Dynamic
  • Research Challenges
    • Scheduling algorithm must be optimized cooperatively with power control and interference coordination functions

If you want to know more interesting research information about Heterogeneous Network then get ahold of us. Our resource team supports you throughout your PhD/MS research until you reach your research goal line.

At the same time, we stretch our service in the development phase also through our top-qualified developers. Here, our experts have listed out few highly used simulators for Heterogeneous Networks.

What are the simulation tools for Heterogeneous Networks?

  • GNS3
    • In add-on to GNS3 network, one can build the HetNet projects which consistently produce all network equipment’s formation
    • Through the GNS3 specification files, it automatically generates the initial IP with Cisco virtual equipment’s routing formation
    • Evidence the while formation steadiness, accessibility, and speed by various network scenarios
  • NetSim
    • It is a complete full-stack and packet-level network simulator and emulator
    • Next for protocol modeling and military communications, one can create a HetNet network in a sophisticated environ
    • Then the actions and performance of new protocols and devices can be evaluated in a virtual network
    • And in comparison to hardware prototype, it proves low cost and time
  • NS3
    • Universal Mobile Telecommunications system enables you to create a HetNet system
    • In this, initially we create a network topology with a huge number of nodes
    • Next execute the tasks by using Reinforcement learning and network-aware feedback processing
    • Offers optimal and effective network simulation outcomes
  • OMNeT++
    • In Wireless Mesh Network (WMN), we can create futuristic communication through HetNet 
    • And, it relies on three factors like coverage, capacity, and intrusion management.
    • To solve these problems, optimal Downlink and Uplink Decoupling process is used through Multi-Antenna Base Stations system
  • Matlab
    • Here, we can simulate a HetNet such as 3G, LTE, WiFi, WLAN, etc.
    • Demonstrate the processes involved in the handover of a node from one network to other
    • While, the decision of handover is based on link quality, RSSI and SINR values
    • Then, we can assess the handover execution time

Further, we also extend our support to you in thesis writing through our native writers. For your ease, our professional writers have pointed out a few recommendations to follow in the best thesis-making process.

How to write a good master thesis?                                                            

  • At first, undergo a survey on recent relevant published papers and identify the hidden questions yet to be solved
  • Once the topic is selected then formulates a strong thesis statement that reveals the objectives of your topic and what questions are going to be solved. As well as, make sure that chosen topic contributes new things to your area of study
  • Collect the data related to the designated thesis topic and put on a record of essential points
  • Prepare the summary of the whole thesis work that follows all thesis formats. Whereas, a standard thesis comprises abstract, introduction, methodologies, body, results, conclusion, future works, and bibliography
  • Go ahead with the main body of the thesis writing while carrying out the research needed for your work
  • At the end of the work, give a respectable conclusion to your work
  • Next, give proper citation to all the resources from where you have got the reference.
  • At last, perform the editing and proofreading of your completed thesis to make your work perfect. At this time, you can let experts proofread your work for further betterment

Most of all, you can find Master Thesis Topics in Heterogeneous Networks as a comprehensive solution to get the best guidance on the area and domain identification, literature review, problem definition, solution selection, research proposal writing, system implementation, paper writing, paper publishing, and thesis writing.