The challenge of next generation wireless communication systems comes from the fact that they will have to offer data rates in the hundreds of megabits per second. This requirement translates into the demand for wide frequency bands. The problem of overcoming spectrum limitation while delivering high data rate requirement can be achieved using wideband smart antennas. In this paper, three technologies for a smart antenna system operating over a wide band of frequency are investigated. These concern: space-time signal processing, space-frequency signal processing and fully spatial signal processing. The fundamental principles of these three technologies are examined in this paper
Implementation details and experimental results of two communication system prototypes utilizing the...
Abstract — Beamforming antennas for fixed and mobile wireless communications have received enormous ...
Space-time processing techniques have emerged as one of the most promising areas of research and dev...
In the past, wireless communication systems were deployed using antennas with fixed radiation patter...
In the recent years, advancement in telecommunication technologies and the increasing demand of data...
Benefits of using smart antennas to improve performances of narrowband wireless communication system...
This chapter introduces the alternative approach for wideband smart antenna in which the use of tapp...
Research and development on smart antennas, which are recognized as a promising technique to improve...
A smart antenna with capability of beam steering in azimuth over a wide frequency band using only sp...
As the growing demand for mobile communications is constantly increasing, the need for better covera...
99 p.The demand for wireless and mobile communications has been increasing rapidly which has increas...
Spatial processing and smart antenna beam formation are considered as completely essential approache...
The increasing demand for spectral efficiency and new services of the mobile communications systems ...
The increasing demand for spectral efficiency and new services of the mobile communications systems ...
Future wireless communication systems are expected to support a wide range of services which include...
Implementation details and experimental results of two communication system prototypes utilizing the...
Abstract — Beamforming antennas for fixed and mobile wireless communications have received enormous ...
Space-time processing techniques have emerged as one of the most promising areas of research and dev...
In the past, wireless communication systems were deployed using antennas with fixed radiation patter...
In the recent years, advancement in telecommunication technologies and the increasing demand of data...
Benefits of using smart antennas to improve performances of narrowband wireless communication system...
This chapter introduces the alternative approach for wideband smart antenna in which the use of tapp...
Research and development on smart antennas, which are recognized as a promising technique to improve...
A smart antenna with capability of beam steering in azimuth over a wide frequency band using only sp...
As the growing demand for mobile communications is constantly increasing, the need for better covera...
99 p.The demand for wireless and mobile communications has been increasing rapidly which has increas...
Spatial processing and smart antenna beam formation are considered as completely essential approache...
The increasing demand for spectral efficiency and new services of the mobile communications systems ...
The increasing demand for spectral efficiency and new services of the mobile communications systems ...
Future wireless communication systems are expected to support a wide range of services which include...
Implementation details and experimental results of two communication system prototypes utilizing the...
Abstract — Beamforming antennas for fixed and mobile wireless communications have received enormous ...
Space-time processing techniques have emerged as one of the most promising areas of research and dev...