Add to ORKGIn this paper we present a new adaptive space-time algorithm for mitigating the effects of CCI and ISI and minimizing the probability of error in mobile communication systems, and evaluate its performance for different mobile velocities. The proposed algorithm is computationally efficient and provides better performance than the conventional RLS algorithm
The explosive expansion of wireless communications and people’s growing need for information exchan...
This paper presents experimental results for a SpatialDivision Multiple Access cellular mobile commu...
Future services in wireless communications will increase the need for high bit rates in the system b...
Abstract. In this paper we present a new adaptive space-time algorithm for mitigating the effects of...
Algorithms are presented for space-time signal processing in mobile communication systems employing ...
Trends in the modern world increasingly lead to the growing popularity of wireless technologies. ...
In the application of adaptive antenna arrays to wireless communications, a known pilot signal seq...
Intersymbol interference (ISI) and co-channel interference (CCI) are two major obstacles to high spe...
Adaptive space-time processing techniques have been found to increase the capacity of two major, mul...
This survey paper reviews space-time signal processing (STP) in mobile wireless communications. Spac...
This paper presents a performance analysis of a cellular system which uses an adaptive antenna array...
As the digital signal processing technology advances, the use of adaptive arrays to combat multipath...
This paper presents an adaptive multi-target space-time architecture for downlink receivers in the u...
Over the last decade the world has witnessed explosive growth in the use of wireless mobile communic...
Space-time processing techniques have emerged as one of the most promising areas of research and dev...
The explosive expansion of wireless communications and people’s growing need for information exchan...
This paper presents experimental results for a SpatialDivision Multiple Access cellular mobile commu...
Future services in wireless communications will increase the need for high bit rates in the system b...
Abstract. In this paper we present a new adaptive space-time algorithm for mitigating the effects of...
Algorithms are presented for space-time signal processing in mobile communication systems employing ...
Trends in the modern world increasingly lead to the growing popularity of wireless technologies. ...
In the application of adaptive antenna arrays to wireless communications, a known pilot signal seq...
Intersymbol interference (ISI) and co-channel interference (CCI) are two major obstacles to high spe...
Adaptive space-time processing techniques have been found to increase the capacity of two major, mul...
This survey paper reviews space-time signal processing (STP) in mobile wireless communications. Spac...
This paper presents a performance analysis of a cellular system which uses an adaptive antenna array...
As the digital signal processing technology advances, the use of adaptive arrays to combat multipath...
This paper presents an adaptive multi-target space-time architecture for downlink receivers in the u...
Over the last decade the world has witnessed explosive growth in the use of wireless mobile communic...
Space-time processing techniques have emerged as one of the most promising areas of research and dev...
The explosive expansion of wireless communications and people’s growing need for information exchan...
This paper presents experimental results for a SpatialDivision Multiple Access cellular mobile commu...
Future services in wireless communications will increase the need for high bit rates in the system b...