This paper considers a Gaussian two-user multiple-input multiple-output (MIMO) multiple access channel (MAC) with cooperating encoders. After defining a form of cooperation strategy, we derive achievable rate bounds by applying the results obtained by Willems for the MAC with generalised feedback. Then, we characterise an achievable rate region and also provide a lower bound for this region, which are very close. Although the achievable rate bounds are described by non-concave functions, the boundary of the achievable rate region could be generated by maximising a weighted sum of the rates. Numerical results obtained generally exceed the capacity region of a MIMO MAC without cooperation. Copyrigh
We investigate the capacity loss for using uncorrelated Gaussian input over a multiple-input multipl...
For a cooperative Gaussian multiple access channel (MAC), we propose a new channel adaptive three us...
In cooperative communication, network nodes that would otherwise act independently instead coordinat...
We consider the MIMO X channel (XC), a system consisting of two transmit-receive pairs, where each t...
We consider the MIMO X channel (XC), a system consisting of two transmit-receive pairs, where each t...
We consider the MIMO X channel (XC), a system consisting of two transmit-receive pairs, where each t...
Coordination between two or more multiple access channel (MAC) receivers can enlarge the achievable ...
Coordination between two or more multiple access channel (MAC) receivers can enlarge the achievable ...
We consider a multi-user multiple input multiple output (MIMO) Gaussian broadcast channel (BC), wher...
In this paper, we study upper and lower bounds on the achievable sum-rate of an uncorrelated multipl...
We study the two-user additive white Gaussian noise (AWGN) multipleaccess channel (MAC), i.e., a sce...
Coordination between two or more multiple access channel (MAC) receivers can enlarge the achievable ...
In this paper, a new coding scheme for the multiple access chan-nel (MAC) with noisy cooperative lin...
Abstract—The capacity region of the cooperative two-user Multiple Access Channel (MAC) in Gaussian n...
A two-user discrete memoryless compound multiple-access channel (MAC) with a common message and conf...
We investigate the capacity loss for using uncorrelated Gaussian input over a multiple-input multipl...
For a cooperative Gaussian multiple access channel (MAC), we propose a new channel adaptive three us...
In cooperative communication, network nodes that would otherwise act independently instead coordinat...
We consider the MIMO X channel (XC), a system consisting of two transmit-receive pairs, where each t...
We consider the MIMO X channel (XC), a system consisting of two transmit-receive pairs, where each t...
We consider the MIMO X channel (XC), a system consisting of two transmit-receive pairs, where each t...
Coordination between two or more multiple access channel (MAC) receivers can enlarge the achievable ...
Coordination between two or more multiple access channel (MAC) receivers can enlarge the achievable ...
We consider a multi-user multiple input multiple output (MIMO) Gaussian broadcast channel (BC), wher...
In this paper, we study upper and lower bounds on the achievable sum-rate of an uncorrelated multipl...
We study the two-user additive white Gaussian noise (AWGN) multipleaccess channel (MAC), i.e., a sce...
Coordination between two or more multiple access channel (MAC) receivers can enlarge the achievable ...
In this paper, a new coding scheme for the multiple access chan-nel (MAC) with noisy cooperative lin...
Abstract—The capacity region of the cooperative two-user Multiple Access Channel (MAC) in Gaussian n...
A two-user discrete memoryless compound multiple-access channel (MAC) with a common message and conf...
We investigate the capacity loss for using uncorrelated Gaussian input over a multiple-input multipl...
For a cooperative Gaussian multiple access channel (MAC), we propose a new channel adaptive three us...
In cooperative communication, network nodes that would otherwise act independently instead coordinat...