Vertical Handover in Heterogeneous Network Projects

    Vertical Handover in Heterogeneous Network Projects is the recent focus of Final year students and pursuing PhD Scholars. Project plays a major role during the completion of academic course, which gives you the chance to prove your knowledge in a particular field. Increased use of wireless mobile devices tends to certain critical challenges in which Handover is one of the concepts to overcome mobility issues. Vertical handover is defined as “a mobile terminal getting disconnected from a particular network and joins to a different type of network” for communication. Connect with us to achieve first class scores in your academic project.


  • Received Signal Strength
  • Battery level
  • Users moving speed
  • Available amount of bandwidth
  • Monetary Cost
  • Power consumption
  • Security / Authentication
  • Distance
  • Signal Interference Noise Ratio
  • Data rate requirement
  • Received Signal Received Power
  • Network connection time


  • Beam envelope
  • Load
  • Quality of Service
  • Quality of channel / link / Signal

   From these parameters, Vertical handover in Heterogeneous Network is performing using decision making algorithms. We also offer projects on other areas as Cloud Computing, Data Mining, Big data, Internet of Things, Hadoop, Image Processing and combination of two or more research areas.

We guide you towards future Network Innovations!

Firsthand perceptions for Vertical handover in Heterogeneous Network projects,

  • A design mechanism for Realization of handover management into SDNized 3GPP architecture with protocol independent forwarding system
  • An efficient method for End-to-End Simulation of 5G mmWave Networks scheme [Vertical Handover in Heterogeneous Network Projects]
  • On the user mobility impacts to mobility load balancing intended for self-organizing network over LTE system
  • An effective performance for Zero-Zero Mobility based on Intra-Frequency Handovers with Zero Interruption and Zero Failures system
  • An inventive Handover Mechanism in NR for Ultra-Reliable Low-Latency Communications (LLC) method
  • An innovative performance for Location Privacy into Virtual Cell-Equipped Ultra-Dense Networks system
  • A creative performance for Effect of bursty traffic based on enactment of heterogeneous access networks method
  • The new-fangled mechanism for User specific cell clustering to improve mobility robustness into 5G ultra-dense cellular networks (CNs)
  • An effective usage of Robust Mobility Management Scheme into Tactical Communication Networks (TCNs)
  • A new process of Swapped Sectors Detection Based on Mobility Statistics scheme
  • An imaginative mechanism for Flow Management and Load Balancing into Dynamic Heterogeneous LANs system
  • The new technique for Channel Sharing Policies into LEO Mobile Satellite Systems (MSSs) [Vertical Handover in Heterogeneous Network Projects]
  • A Design and development process for Vehicular LTE-A Applications based on Verification of a Virtual Drive Test Methodology
  • An effective method for analytical framework in LEO mobile satellite systems servicing batched Poisson traffic system
  • The fresh mechanism for Joint Multi-Criteria Utility-Based on Network Selection Approach used for V2I-Networking system