Heterogeneous Networks (HetNets) usually complied with one or more types of network devices which are characterized through utility and function. These networks utilize a miscellaneous set of base stations to increase both the spectral and energy efficiency per unit area. The cellular radio concept in the widespread zone access point is intended to deliver a rational level of existed coverage. This page showcases the significant research ideas and advanced information to craft Heterogeneous Networks Project Topics!!!

In the era of mobile broadband, the expectancy levels of ultra-speed services at minimum cost are growing up day by day. Simultaneously, the evolving technologies have supported a new generation of low-power base stations. For this reason, the operators are gradually turning to more multifaceted network deployment solutions which consist of the followings,

• Combination of Standard Macro Base Stations
• Intermediate Size Base Stations
• Small Low-Power Base Stations

Therefore, the network which is formed with a variety of different base station types is also called a heterogeneous network. Further, we have given you prominent research problems in the HetNets.

Research Challenges in Heterogeneous Networks

HetNets involve the deviations in the following significant features,

• Topology of Network
• Backhaul Bottleneck 
• Interference and Mobility
• Relation of Downlink and Uplink 
• Cell / User Association in Random HetNets
• Performance Evaluation Parameters

In the above, Mobility and Interference Management are viewed as the most recent challenges in HetNets. Furthermore, many Heterogeneous Networks Project Topics are still under the research work for betterment. And few of them are given as follows,

Research Heterogeneous Networks Project Topics

• Combined Heterogeneous Networking
  • Fog Computing
  • Mobile Computing
  • Distributed Networking and Computing 
  • Cloud-enabled Network Virtualization
  • Cellular Networks 
  • Multi-Access Edge Computing Networks
  • Quality, Consistency, Safety, and Robustness
  • Self-Organizing Networks (SON), Internet and Networked Systems
  • Diverse Wireless Systems, Routing, Switching, and Addressing Methods
• Parallel Computing on Heterogeneous Platforms
  • Programming Paradigms for Parallel Heterogeneous models
  • Parallel Heterogeneous Resources Scheduling 
  • Libraries, Programming Languages, and Interfaces for various models

Next, we can see the performance metrics which help to evaluate the overall performance of the HetNet system. These simulation metrics explicitly reveal the actual weight of the developed research idea.

Simulation Parameters for HetNets 

• Carrier Frequency 
• Noise Figure 
• Fading Model 
• Moving Speed 
• Scheduling Type 
• Inter-Site Distance 
• Maximum TX Power 
• System Bandwidth 
• Shadowing Correlation and Standard Deviation 
• User Equipment Metrics (Receiver Type, Type, and Drop Rate)
• Antenna Metrics (Height, Number of TX /RX, Gain with Cable Loss and Interval)
• Network Metrics (Cellular Layout, Path Loss, Penetration Loss, and MIMO Scheme) 

As a point of fact, our experts are proficient to develop any kind of Heterogeneous Networks Project Topics. Since, they are good in mathematical analysis, numerical analysis, time/space analysis, algorithm and protocol design. Next, we can see about the key characteristics of the future network which are given as follows, 

Key Features in Future HetNets 

• Intensive mobile data traffic growth-obsessed by below factors,
  • Multimedia Applications and Services
  • Huge Linked Users and Devices
• Optimized mobile broadband traffic which supports low-mobility traffic and internet applications
• Eco-friendly environment by low power consumption
• Efficient interworking with other radio technologies through converged multi-access networks and terminals

Further, if you want more Heterogeneous Networks Project Topics, we are ready to share our unique knowledge and newest research impact on HetNets with their applications