Computing the soft LLR values in MMSE receivers of MIMO systems requires a very large complexity. In this paper, we propose a reduced complexity soft MMSE detector for MIMO systems. We use different complexity reductions techniques and propose an architecture based on the new reduced-complexity method. We also compare the complexity and show more than 2x complexity reduction using this method. We present complexity/performance tradeoffs to demonstrate the efficacy of our techniques. More importantly, these techniques give the receivers the flexibility to choose how accurately they perform the detection based on the available resources.XilinxNational Science Foundatio
Spatial multiplexing multiple-input-multiple-output (MIMO) communication systems have recently drawn...
Multiple-Input Multiple Output (MIMO) is the key technology in most advanced wireless communication ...
In this thesis, spatial multiplexing-MIMO communication schemes with OFDM modulation are considered ...
Abstract—Computing the soft LLR values in MMSE receivers of MIMO systems requires a very large compl...
In this treatise, we firstly review the associated Multiple-Input Multiple-Output (MIMO) system theo...
In this work, a newly designed multiple-input multiple-output (MIMO) detector for implementation on ...
As the number of subscribers in wireless networks and their demanding data rate are exponentially in...
Abstract — For multiple-input multiple-output (MIMO) sys-tems, the optimum maximum likelihood (ML) d...
This paper discusses implementation aspects of arecently proposed fixed-complexity soft-output (FCSO...
We present a hybrid soft detector that has a good performance/complexity trade-off for a multiple-i...
Fixed-complexity sphere decoder (FSD) is one of the most promising techniques for the implementation...
The demand for wireless and high-rate communication system is increasing gradually and multiple-inpu...
tion is advantageous in its low-complexity while suffering from severe performance degradation. The ...
Many wireless communication standards now include the use of multiple transmit and receive antennas ...
In this dissertation, efficient receiver algorithms and architectures for digital communications are...
Spatial multiplexing multiple-input-multiple-output (MIMO) communication systems have recently drawn...
Multiple-Input Multiple Output (MIMO) is the key technology in most advanced wireless communication ...
In this thesis, spatial multiplexing-MIMO communication schemes with OFDM modulation are considered ...
Abstract—Computing the soft LLR values in MMSE receivers of MIMO systems requires a very large compl...
In this treatise, we firstly review the associated Multiple-Input Multiple-Output (MIMO) system theo...
In this work, a newly designed multiple-input multiple-output (MIMO) detector for implementation on ...
As the number of subscribers in wireless networks and their demanding data rate are exponentially in...
Abstract — For multiple-input multiple-output (MIMO) sys-tems, the optimum maximum likelihood (ML) d...
This paper discusses implementation aspects of arecently proposed fixed-complexity soft-output (FCSO...
We present a hybrid soft detector that has a good performance/complexity trade-off for a multiple-i...
Fixed-complexity sphere decoder (FSD) is one of the most promising techniques for the implementation...
The demand for wireless and high-rate communication system is increasing gradually and multiple-inpu...
tion is advantageous in its low-complexity while suffering from severe performance degradation. The ...
Many wireless communication standards now include the use of multiple transmit and receive antennas ...
In this dissertation, efficient receiver algorithms and architectures for digital communications are...
Spatial multiplexing multiple-input-multiple-output (MIMO) communication systems have recently drawn...
Multiple-Input Multiple Output (MIMO) is the key technology in most advanced wireless communication ...
In this thesis, spatial multiplexing-MIMO communication schemes with OFDM modulation are considered ...