This paper presents experimental results for a Spatial Division Multiple Access cellular mobile communications system. The basestation antenna array testbed used to obtain the results is described in addition to sophisticated signal processing algorithms applied to the received data. These algorithms perform source tracking, beamforming for noise and interference reduction, and data detection. Simple experiments involving multiple co-channel users have been performed and results are presented in terms of output bit error rate. These results show that SDMA may be a technically feasible way to increase the spectrum efficiency of cellular mobile communications networks.Peer Reviewe
The demand for wireless telecommunication services is growing at an explosive rate. To increase the ...
Among multi-access communications techniques, CDMA (Code Division Multiple Access) is interference-l...
Spatial processing and smart antenna beam formation are considered as completely essential approache...
This paper presents experimental results for a Spatial Division Multiple Access cellular mobile com...
This paper presents experimental results for a SpatialDivision Multiple Access cellular mobile commu...
Array signal processing, as one important topic of classical signal processing, has been developed f...
The use of antenna arrays at the basestations of cellular land mobile radio systems has been propose...
Telecommunications incur a strong impact on the society. Out of its many sectors, mobile communicat...
Performance of a space-division multiple-access (SDMA) system is investigated, when the space-time b...
In this contribution the performance of a spacedivision multiple-access (SDMA) system is investigate...
Premi Accenture al millor projecte de fi de carrera d’Enginyeria de Telecomunicació en Serveis Telem...
This paper presents a performance analysis of a cellular system which uses an adaptive antenna array...
Spatial filtering using smart antenna has emerged as a promising technique to improve the performanc...
99 p.The demand for wireless and mobile communications has been increasing rapidly which has increas...
Research and development on smart antennas, which are recognized as a promising technique to improve...
The demand for wireless telecommunication services is growing at an explosive rate. To increase the ...
Among multi-access communications techniques, CDMA (Code Division Multiple Access) is interference-l...
Spatial processing and smart antenna beam formation are considered as completely essential approache...
This paper presents experimental results for a Spatial Division Multiple Access cellular mobile com...
This paper presents experimental results for a SpatialDivision Multiple Access cellular mobile commu...
Array signal processing, as one important topic of classical signal processing, has been developed f...
The use of antenna arrays at the basestations of cellular land mobile radio systems has been propose...
Telecommunications incur a strong impact on the society. Out of its many sectors, mobile communicat...
Performance of a space-division multiple-access (SDMA) system is investigated, when the space-time b...
In this contribution the performance of a spacedivision multiple-access (SDMA) system is investigate...
Premi Accenture al millor projecte de fi de carrera d’Enginyeria de Telecomunicació en Serveis Telem...
This paper presents a performance analysis of a cellular system which uses an adaptive antenna array...
Spatial filtering using smart antenna has emerged as a promising technique to improve the performanc...
99 p.The demand for wireless and mobile communications has been increasing rapidly which has increas...
Research and development on smart antennas, which are recognized as a promising technique to improve...
The demand for wireless telecommunication services is growing at an explosive rate. To increase the ...
Among multi-access communications techniques, CDMA (Code Division Multiple Access) is interference-l...
Spatial processing and smart antenna beam formation are considered as completely essential approache...