We find the degrees of freedom of a network with S source nodes, R relay nodes, and D
destination nodes, with random time-varying/frequency-selective channel coefficients and …

We show that fully connected two-hop wireless networks with K sources, K relays, and K
destinations have K degrees of freedom both in the case of time-varying channel coefficients …

We consider a wireless network composed of three nodes and limited by the half-duplex and
total power constraints. This formulation encompasses many of the special cases studied in …

We consider two-source two-destination (ie, two-unicast) multihop wireless networks that
have a layered structure with arbitrary connectivity. We show that, if the channel gains are …

We study fixed data rate communication schemes for wireless relay-interference networks
with any number of transmitters, relays, and receivers. The transmitters and the relays have …

We study a layered K-user M-hop Gaussian relay network consisting of Km nodes in the m th
layer, where M≥ 2 and K= K 1= KM+ 1. We observe that the time-varying nature of wireless …

We explore the degrees of freedom of M times N user wireless X networks, ie, networks of M
transmitters and N receivers where every transmitter has an independent message for every …

We study the degrees of freedom characterization of wireless X networks, ie networks of M
distributed single antenna transmitters and N distributed single antenna receivers where …

A wireless network with fading and a single source-destination pair is considered. The
information reaches the destination via multiple hops through a sequence of layers of single …

In a world where different systems have to share the same spectrum, the received
(interfering) power may be a more relevant constraint than the maximum transmit power …