Improving 4G LTE network quality using the automatic cell planning

Abstract

The growing demand for network services leads to an increase in traffic load on   eNodeB,   resulting   in   decreased   network   quality   and   performance, necessitating  optimization.  This  research  analyses  the  results  of  optimising 4G reference  signal  received  power (RSRP), signal  to  interference  noise ratio(SINR) and  throughput  parameters  using  the  automatic  cell  planning (ACP)   method.   ACP   has   been   shown   to   significantly   improve   the performance  and  quality  of  4G  LTE  networks  compared  to  traditional  cell planning  methods.  Based  on  the  standard  parameter  RSRP,  increased  after ACP optimisation which is dominant in the range ≥ -100 s.d ˃ -85 dBm and obtained  an  average value  of -98.59  dBm  with  good  category.  The  average SINR  has  increased  by  18.23  dB  with  a  good  category.  The  dominant throughput is in the 14,000 Kbps range with an average value of 50,241.08 Kbps  with  the  excellent  category.  The  ACP  method  can  enhance  the performance of 4G LTE networks, potentially addressing operator issues of unstable   network   quality   due   to   poor   coverage.   The   ACP   method significantly  enhances  4G  LTE  network  performance,  coverage,  and  user experience,  potentially  addressing  unstable  network  quality  due  to  poor coverage. This research is crucial for both users and the telecoms industry.