Performance analysis of capacity based Coordinated Multipoint (CoMP) handover scheme in Long Term Evaluation-Advanced (LTE-A) network

A.L. Yusof, M.A. Zainali, N Ya'acob, A Idris
2018 Journal of Fundamental and Applied Sciences  
Coordinated Multipoint (CoMP) has been chosen in Release 11 as the best technique to improve both cell coverage and quality. system throughput in highly congest the existing CoMP handover scheme in LTE CoMP technique available. A capacity based CoMP handover scheme is proposed for better system capacity management. In CoMP, the coordination schemes are well developed in conjunction to improve overall quality for analysis results show that capacity based CoMP handover scheme provides better
more » ... l-to-Interference-plus-Noise Ratio ( handover causes better handover performance. Coordinated Multipoint (CoMP) has been chosen in Release 11 as the best technique to improve both cell coverage and quality. However, the issue regarding the saturation on the system throughput in highly congested network leads to the system capacity overload. the existing CoMP handover scheme in LTE-A is not accommodating the conditions of the capacity based CoMP handover scheme is proposed for better system capacity management. In CoMP, the coordination schemes are well developed in conjunction to improve overall quality for the user using MATLAB software. capacity based CoMP handover scheme provides better Noise Ratio (SINR) and reduces the number of unnecessary handover causes better handover performance. Coordinated Multipoint (CoMP) has been chosen in Release 11 as the best technique to However, the issue regarding the saturation on the ed network leads to the system capacity overload. Thus, A is not accommodating the conditions of the capacity based CoMP handover scheme is proposed for better system capacity management. In CoMP, the coordination schemes are well developed in he user using MATLAB software. Performance capacity based CoMP handover scheme provides better SINR) and reduces the number of unnecessary
doi:10.4314/jfas.v9i5s.25 fatcat:jkf73kopsnaodkawdehdzjp4r4