We define a duality between Gaussian multiple-access channels (MACs) and Gaussian broadcast channels (BCs). The dual channels we consider have the same channel gains and the same noise power at all receivers. We show that the capacity region of the BC (both constant and fading) can be written in terms of the capacity region of the dual MAC, and vice versa. We can use this result to find the capacity region of the MAC if the capacity region of only the BC is known, and vice versa. For fading channels we show duality under ergodic capacity, but duality also holds for different capacity definitions for fading channels such as outage capacity and minimum-rate capacity. Using duality, many results known for only one of the two channels can be ex...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
Owing to the structure of the Gaussian multiple-input multiple-output (MIMO) broadcast channel (BC),...
It is known that the capacity of parallel (multi-carrier) Gaussian point-to-point, multiple access a...
Although T. Cover has been pointed out in [1] that one would have expected a duality between the bro...
In this paper, we study duality relations for the fading broadcast channel (BC) under additive white...
We consider a multi-user multiple input multiple output (MIMO) Gaussian broadcast channel (BC), wher...
Duality between multiple-access (MAC) and broadcast channels (BC) is an interesting and useful conce...
Abstract. We introduce techniques that shed new light on the capacity anal-ysis of multiuser channel...
We study the transport capacity of a Gaussian multiple access channel (MAC), which consists of multi...
We derive the two-user capacity region with and without common information for a Gaussian broadcast ...
We determine the optimal power allocation, that achieves any specified point on the boundary of the ...
Abstract — We study stability regions of multi-rate Gaussian multiple access (MAC) and broadcast (BC...
Abstract—We consider bounds for the capacity region of the Gaussian X channel (XC), a system consist...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
Owing to the structure of the Gaussian multiple-input multiple-output (MIMO) broadcast channel (BC),...
It is known that the capacity of parallel (multi-carrier) Gaussian point-to-point, multiple access a...
Although T. Cover has been pointed out in [1] that one would have expected a duality between the bro...
In this paper, we study duality relations for the fading broadcast channel (BC) under additive white...
We consider a multi-user multiple input multiple output (MIMO) Gaussian broadcast channel (BC), wher...
Duality between multiple-access (MAC) and broadcast channels (BC) is an interesting and useful conce...
Abstract. We introduce techniques that shed new light on the capacity anal-ysis of multiuser channel...
We study the transport capacity of a Gaussian multiple access channel (MAC), which consists of multi...
We derive the two-user capacity region with and without common information for a Gaussian broadcast ...
We determine the optimal power allocation, that achieves any specified point on the boundary of the ...
Abstract — We study stability regions of multi-rate Gaussian multiple access (MAC) and broadcast (BC...
Abstract—We consider bounds for the capacity region of the Gaussian X channel (XC), a system consist...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
We consider bounds for the capacity region of the Gaussian X channel (XC), a system consisting of tw...
Owing to the structure of the Gaussian multiple-input multiple-output (MIMO) broadcast channel (BC),...
It is known that the capacity of parallel (multi-carrier) Gaussian point-to-point, multiple access a...