The 5G radio networks have introduced major changes in terms of service requirements and
bandwidth allocation compared to cellular networks to date and hence, they have made the …

The reliable service coverage of many facilities or sensors used in smart city infrastructure is
highly susceptible to obstructions in urban environments. Optimizing the line-of-sight (LOS) …

Minimizing the cost of a cellular network usually includes the optimum selection and location
of base-stations, that meet certain coverage and capacity constraints. In the framework of …

Abstract Service demand in cellular radio networks is generally heterogeneous and non
uniform, leading to asymmetrical topologies. This complexity along with the multiple radio …

Nowadays, communication networks are becoming increasingly complex. This paper aims
to demonstrate an effective method to achieve the intelligent planning for network base …

In mobile communications networks, if we can estimate the location of each user equipment
(UE) with high accuracy, efficient cell planning and network optimization become possible …

The rapidly growing demand for higher networking capacity and data rates is forcing
researchers to explore the unused spectrum in the higher frequency bands. Two such …

The optimum location of base-stations that meet certain coverage and capacity constraints is
a major step in dimensioning a cellular network. The increasing capacity demand and mixed …

The base station (BS) placement, or planning cell problem, involves choosing the position
and infrastructure configuration for cellular networks. This problem is considered to be a …

The optimization of base station locations started with coverage and traffic criteria.
Nowadays, the increased demand for geographically inhomogeneous capacity leads to …