An expression for the Shannon capacity lower bound of the space division multiple access (SDMA) mobile communication channel with interference is shown. The bound is tightly approaching the Shannon capacity of the orthogonal SDMA system over Gaussian channel with no interference. The information capacity of the SDMA system with adaptive MMSE receivers is presented as well. The SDMA system with MMSE receivers achieves at least 50% of the orthogonal SDMA system capacity for the input signal to noise ratio of practical interest in cellular mobile communications (10-30 dB)
Higher spectral efficiency can be achieved by exploiting the space dimension inherent to any wireles...
Abstract — Recent advances in the area of wireless communica-tions have revealed the emerging need f...
The capacity of a cellular multiuser MIMO system depends on various parameters, for example, the sys...
A lower bound to the Shannon capacity of the uplink channel of a cellular system, with perfect chann...
This paper presents a mathematical analysis and simulation results to estimate the quality of digita...
Space-division multiple-access (SDMA) systems that employ multiple antenna elements at the base stat...
Space Division Multiple Access (SDMA) is a new technology by which the capacity of existing cellular...
This contribution investigates a space-time equalisation as-sisted multiuser detection scheme design...
This paper addresses the dichotomy that exists in the analysis of wireless channels, which exists be...
We outline a general method for modelling the capacity of a MIMO link within a wireless, assuming th...
The capacity of a cellular multiuser MIMO system depends on various parameters, for example, the sys...
We derive the Linear Minimum Mean Square Error (LMMSE) receiver for Wyner's model of a linear cellul...
In this paper, the mathematical analysis supported by computer simulation is used to find the inform...
The performance of a cellular multiuser MIMO system depends on various parameters, e.g. the system s...
The paper focuses on (low complexity) adaptive Mininium Mean-Square Error (MMSE) single-channel dete...
Higher spectral efficiency can be achieved by exploiting the space dimension inherent to any wireles...
Abstract — Recent advances in the area of wireless communica-tions have revealed the emerging need f...
The capacity of a cellular multiuser MIMO system depends on various parameters, for example, the sys...
A lower bound to the Shannon capacity of the uplink channel of a cellular system, with perfect chann...
This paper presents a mathematical analysis and simulation results to estimate the quality of digita...
Space-division multiple-access (SDMA) systems that employ multiple antenna elements at the base stat...
Space Division Multiple Access (SDMA) is a new technology by which the capacity of existing cellular...
This contribution investigates a space-time equalisation as-sisted multiuser detection scheme design...
This paper addresses the dichotomy that exists in the analysis of wireless channels, which exists be...
We outline a general method for modelling the capacity of a MIMO link within a wireless, assuming th...
The capacity of a cellular multiuser MIMO system depends on various parameters, for example, the sys...
We derive the Linear Minimum Mean Square Error (LMMSE) receiver for Wyner's model of a linear cellul...
In this paper, the mathematical analysis supported by computer simulation is used to find the inform...
The performance of a cellular multiuser MIMO system depends on various parameters, e.g. the system s...
The paper focuses on (low complexity) adaptive Mininium Mean-Square Error (MMSE) single-channel dete...
Higher spectral efficiency can be achieved by exploiting the space dimension inherent to any wireles...
Abstract — Recent advances in the area of wireless communica-tions have revealed the emerging need f...
The capacity of a cellular multiuser MIMO system depends on various parameters, for example, the sys...