Long Term Evolution Self-Organized Network Projects

       Long Term Evolution Self-Organized Network Projects is developed for students interested in the areas of networking and communication. Self-Organized Network deals with concepts like energy saving, control methods, resource management and more. Two major concepts involved in LTE Self-Organized Network Projects are illustrated with several algorithms / mechanisms used in it.

Mobility Load Balancing based on the following

  • Particle Swarm Optimization
  • Autonomous learning model
  • Game model
  • Conflict avoidance scheme
  • Dynamic adjusting algorithm
  • Double threshold design
  • Net utility-oriented load balancing
  • Intelligent distributed antenna system
  • Zone based load balancing
  • Energy efficient load balancing
  • Ripple form RSRP based algorithm
  • Ant colony algorithm
  • Concurrent mobility load balancing

Handover based on the following:

  • Cooperative Q-learning
  • Fuzzy logic
  • Fault compensation algorithm
  • Fuzzy Q-learning
  • Self–organizing handover procedure
  • Channel condition and load based handover
  • Base station distributed handover
  • Hysteresis and Time-to-Trigger based handover
  • Policy based conflict resolution mechanism

  For your accessibility we have listed with few titles for Long-Term-Evolution Self-Organized Projects,

  • An effective mechanism for Business-aware son coordinator designed for LTE-A networks system
  • A new technology for simulated annealing based on joint coverage and also capacity optimization into LTE scheme [Long Term Evolution Self-Organized Network Projects]
  • A framework process of Cooperative radio resources allocation also in LTE_A networks in MIH based on scheme and simulation analysis system
  • An effective function of Next Generation 5G Wireless Networks also based on a wide-ranging investigation system
  • The novel technique of Autonomous learning model intended also for achieving multi cell load balancing capabilities in HetNet system
  • An inventive process of Simulation based on fault management by Self Healing mechanism system
  • An ingenious Framework function of Cognitive and Cooperative SON designed also for 5G Mobile Radio Access Networks system
  • An innovative process of Self-optimizing adaptive transmission mode selection also used for LTE-WLAN aggregation system
  • The new process of Layer management through idle-mode parameter optimization also in multi-carrier LTE networks
  • On the use of active antenna system based on Coverage and also capacity self-optimisation in LTE-Advanced method
  • An imaginative Performance assessment and also Self-Organisation of Virtual Sectorisation into a realistic LTE network system
  • A creative mechanism also for Dynamic range aware LTE uplink P0 optimization into HetNet systems
  • An effective performance for minimum spanning tree-based on approach also used for reducing verification collisions into self-organizing networks scheme
  • The new practice for SDN meets SDR into self-organizing networks also for fitting the pieces of network management system
  • The novel mechanism for interference management with also cost analysis perspective of femtocell into 4G network scheme [LTE-Self-Organized Network Projects]