[[abstract]]For indoor wireless communication systems, transceivers need to be placed strategically to achieve optimum communication coverage area at the lowest cost. Unfortunately the coverage region for a transceiver depends heavily on the type of building and on the placement of walls within the building. This paper proposed a slab model to simulate the wave transmission in the wall and employed this simple path loss model to predict the coverage region. This method prevents the complicated computation of wave propagation, so it could predict the coverage area real time. Numerical results show predicted path loss date are well agreed with the measurement ones.[[notice]]補正完畢[[journaltype]]國外[[incitationindex]]SCI[[incitationindex]]EI[[boo...
International audience—Multi-technology wireless networks enable the combination of the strength and...
In the age of the Communications, when everybody needs to stay connected, to their mobile phone ope...
The efficient deployment and robust operation of many sensor network applications depend on deployin...
Abstract — Careful planning and optimization of wireless net-works for indoor operation require site...
A heuristic algorithm is developed for the prediction of indoor coverage. Measurements on one floor ...
This paper presents the modeling of indoor wave propagation from 1 GHz to 10 GHz. Several obstacles ...
The presence of interference has a significant impact on wireless network connections indoors. Becau...
A simple heuristic algorithm has been developed for an accurate prediction of indoor wireless covera...
This paper proposes a method to predict line-of-sight (LOS) path loss in buildings. We performed mea...
Abstract. A power-law path-loss model for indoor communications at 1.8 GHz is examined. In it, the e...
The potential implementation of Wireless Radio Networks and Personal Communication Systems (PCS) in...
Due to rapid development in mobile communication technology in recent years, the demand for high qua...
Millimeter wave frequency bands present a huge bandwidth for fifth generation wireless communication...
Abstract—In this work, we present a semi empirical approach and the analytical model on how to predi...
Path loss is the primary factor that determines the overall coverage of networks. Designing reliable...
International audience—Multi-technology wireless networks enable the combination of the strength and...
In the age of the Communications, when everybody needs to stay connected, to their mobile phone ope...
The efficient deployment and robust operation of many sensor network applications depend on deployin...
Abstract — Careful planning and optimization of wireless net-works for indoor operation require site...
A heuristic algorithm is developed for the prediction of indoor coverage. Measurements on one floor ...
This paper presents the modeling of indoor wave propagation from 1 GHz to 10 GHz. Several obstacles ...
The presence of interference has a significant impact on wireless network connections indoors. Becau...
A simple heuristic algorithm has been developed for an accurate prediction of indoor wireless covera...
This paper proposes a method to predict line-of-sight (LOS) path loss in buildings. We performed mea...
Abstract. A power-law path-loss model for indoor communications at 1.8 GHz is examined. In it, the e...
The potential implementation of Wireless Radio Networks and Personal Communication Systems (PCS) in...
Due to rapid development in mobile communication technology in recent years, the demand for high qua...
Millimeter wave frequency bands present a huge bandwidth for fifth generation wireless communication...
Abstract—In this work, we present a semi empirical approach and the analytical model on how to predi...
Path loss is the primary factor that determines the overall coverage of networks. Designing reliable...
International audience—Multi-technology wireless networks enable the combination of the strength and...
In the age of the Communications, when everybody needs to stay connected, to their mobile phone ope...
The efficient deployment and robust operation of many sensor network applications depend on deployin...