Optimal placement of base stations in border surveillance using limited capacity drones

Optimal Placement of Base Stations in Wireless Indoor Telecommunication

Transmit Diversity at the Cell Border Using Smart Base Stations

We address the problems at the most critical area in a cellular multicarrier code division multiple access (MC-CDMA) network, namely, the cell border. At a mobile terminal the diversity can be increased by using transmit diversity techniques such as cyclic delay diversity (CDD) and space-time coding like Alamouti. We transfer these transmit diversity techniques to a cellular environment. Theref...

On Optimal Placement of Short Range Base Stations for Indoor Position Estimation

The use of short-range wireless for object positioning has seen a growing interest in recent years. This interest is compounded by the inherent GPS limitations especially in indoor situations and in urban canyons. In order to achieve the highest performance of short-range positioning systems it is important to optimize the placement of Base-Stations (BSs) in a given area. The problems of BSs pl...

Fuzzy based efficient drone base stations (DBSs) placement in the 5G cellular network

Currently, cellular networks are one of the essential communication methods for people. Providing proper coverage for the users and also offering high-quality services to them are two of the most important issues of concern in cellular networks. The fifth-generation cellular communication networks can provide higher data transmission rates, which lead to a higher quality of service but this hig...

Optimal Multistage Placement of PMUs with Limited Channel Capacity for a Smart Grid

Phasor measurement units (PMUs) are being deployed by the utilities in their power networks throughout the world for better monitoring of dynamic operating conditions. Installation of a sufficient number of PMUs will convert the nonlinear iterative state estimation problem into a linear non iterat ive state measurement problem. However the power networks are huge networks and this minimum numbe...