The traditional wireless communication systems deployment models require expensive and
time-consuming procedures, including environment selection (rural, urban, and suburban) …

Accurate received power prediction is important to wireless network planning and
optimization, and appropriate channel modeling approach is highly demanded. The existing …

Modeling signal power path loss (SPPL) for deployment of wireless communication systems
(WCSs) is one of the most time consuming and expensive processes that require data …

In order to better meet the growing and diversified market demand of users, mobile
operators need to deploy a large number of base stations to improve the quality of radio …

Throughout the wireless communication network planning process, efficient signal reception
power estimation is of great significance for accurate 5 G network deployment. The wireless …

Propagation prediction is important in that it contributes toward optimal base station
planning and placement. This is especially relevant for 5G and other future generations of …

Paving the path toward the fifth generation (5G) of wireless networks with a huge increase in
the number of user equipment has strengthened public concerns on human exposure to …

Estimating mobile signal strength accurately is a crucial task for network providers and their
customers. However, current methodologies to estimate mobile signal strength present …

Mobile phones plays a vital role in humans' life due to day by day growth in the mobile
industry. The cost of deploying, managing, and maintaining the network infrastructure is …

Methods for accurate prediction of radio signal quality parameters are crucial for
optimization of mobile networks, and a necessity for future autonomous driving solutions …