Coexistence of LTE with WiFi Projects

    Coexistence of LTE with WiFi Projects is undergo for the students of B.E/B.Tech and M.E/M.Tech. Any branch of student can prefer this communication orient domain and also analyze their performances. LTE and WiFi are two different technologies that vary in methods of channel accessing, channel utilization, scheduling, also interference avoidance and retransmission mechanism. In this Coexistence-of-LTE and WiFi, Listen–Before–Talk mechanism is majorly investigate also in several research papers.

Using this mechanism coexistence is provided using,

  • Frame Based Equipment (FBE) – Based Listen–Before–Talk Mechanism
  • Load Based Equipment (LBE) – Based Listen–Before–Talk Mechanism

   This mechanism is also follow to avoid the occurrence of interference and other related issues in it.

Due to the participation of two radio access technologies, the interference occurs as,

  • Interference from LTE
  • Also Interference from WiFi

   The above mentioned interference happens also within the user equipment, since the user equipment is enable to support both the radio access technologies. Hence in-device coexistence is also require to  focus in this research area. Such problems are yet to also concentrated, hence our team focuses such issues and also create an impact in your Coexistence-of-LTE with-WiFi-Projects.

Some significant topics in Coexistence of LTE with WiFi Projects are,

  • An efficient performance for Device-to-Device Communications in Unlicensed Spectrum by Mode Selection also with Resource Allocation system
  • A new process of Rethinking Mobile Data Offloading intended also for LTE in Unlicensed Spectrum method [Coexistence-of-LTE-with-WiFi Projects]
  • The new-fangled process of Performance Analysis based on LAA and WiFi Coexistence in Unlicensed Spectrum derived also from Markov Chain system
  • A competent mechanism for Fair Downlink Traffic Management also in favor of Hybrid LAA-LTE/Wi-Fi Networks system
  • An inventive system of Traffic offloading commencing also for LTE-U to WiFi based on multi-objective optimization approach
  • The new function of Indoor planning and optimization also for LTE-U radio access over WiFi scheme
  • On the use of LTE in Unlicensed Bands also for Potential Benefits and Coexistence Issues system
  • A novel Study on dynamic channel switch also in License-Assisted-Access based on Listen-Before-Talk system
  • An imaginative improved function of listen-before-talk scheme also for LTE in unlicensed band system
  • An effective mechanism for Licensed-Assisted Access also based on LTE in Unlicensed Spectrum in MAC Protocol Design
  • A new source of Semantic coordination protocol also for LTE and Wi-Fi coexistence method
  • An effective usage of Handover mechanism and also performance appraisal for LTE-LAA systems [Coexistence-of-LTE-with WiFi Projects]
  • A new-fangled mechanism also for WiFi in Licensed Band system
  • The artistic process of Simultaneous transmission opportunities also for LTE-LAA smallcells coexisting with WiFi in unlicensed spectrum
  • A design process of Licensed-assisted access also for LTE in unlicensed spectrum based on MAC protocol system

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