A new three dimensional (3D) ray-tracing propagation prediction tool (3D MRT-1) is being developed for characterisation of wideband mobile radio channel. It calculates the amplitude, phase, angle-of-departure (AOD), angle-of-arrival (AOA), optical path length and received field strength for each valid reflected or diffracted ray path. It also constructs the power delay profile (PDP) and extracts important multipath channel parameters needed in system design such as transmission loss, received power, average delay spread and RMS delay spread. As part of a model validation process, measurements have been made in a residential suburban area of Malvern, UK, at 2.38 GHz
The development of wireless telecommunication requires higher speed data rates. Wideband MIMO system...
This paper analyzes the application of wideband channel properties in the radio planning of wideband...
The performance of upcoming radio technologies such as Long-Term Evolution (LTE) and WiMAX depends n...
Abstract-A new three dimensional (3D) ray-tracing propagation prediction tool (3D MRT-1) is being de...
A new three dimensional (3D) ray-tracing propagation prediction tool (3D MRT-1) is being developed f...
This paper presents, a three-dimensional (3D), wideband, ray- tracing propagation prediction model (...
The demand for high data rate is ever increasing. OFDM-based wideband systems such as LTE and WiMAX ...
There is an explosive growth in the market of wireless communications services in urban areas. New r...
This paper describes wideband measurements of the 2.38 GHz radio channel in a residential suburban a...
This paper describes wideband measurements of the 2.38 GHz radio channel in a residential suburban a...
The requirement for advanced computation-based modelling has prompted new challenges for a relevant ...
The characterization of the wireless propagation channel has always been an important issue in radio...
In the summer of 2013, a wideband propagation measurement campaign using rotating directional antenn...
There is growing interest in using millimeter wave (mmWave) frequencies for future access communicat...
Conventional semi-empirical or stochastic propagation prediction models are insufficient for the pla...
The development of wireless telecommunication requires higher speed data rates. Wideband MIMO system...
This paper analyzes the application of wideband channel properties in the radio planning of wideband...
The performance of upcoming radio technologies such as Long-Term Evolution (LTE) and WiMAX depends n...
Abstract-A new three dimensional (3D) ray-tracing propagation prediction tool (3D MRT-1) is being de...
A new three dimensional (3D) ray-tracing propagation prediction tool (3D MRT-1) is being developed f...
This paper presents, a three-dimensional (3D), wideband, ray- tracing propagation prediction model (...
The demand for high data rate is ever increasing. OFDM-based wideband systems such as LTE and WiMAX ...
There is an explosive growth in the market of wireless communications services in urban areas. New r...
This paper describes wideband measurements of the 2.38 GHz radio channel in a residential suburban a...
This paper describes wideband measurements of the 2.38 GHz radio channel in a residential suburban a...
The requirement for advanced computation-based modelling has prompted new challenges for a relevant ...
The characterization of the wireless propagation channel has always been an important issue in radio...
In the summer of 2013, a wideband propagation measurement campaign using rotating directional antenn...
There is growing interest in using millimeter wave (mmWave) frequencies for future access communicat...
Conventional semi-empirical or stochastic propagation prediction models are insufficient for the pla...
The development of wireless telecommunication requires higher speed data rates. Wideband MIMO system...
This paper analyzes the application of wideband channel properties in the radio planning of wideband...
The performance of upcoming radio technologies such as Long-Term Evolution (LTE) and WiMAX depends n...