Wireless networks are fundamentally limited by the intensity of the received signals and by
their interference. Since both of these quantities depend on the spatial location of the nodes …

For the fully connected K user wireless interference channel where the channel coefficients
are time-varying and are drawn from a continuous distribution, the sum capacity is …

The capacity of the two-user Gaussian interference channel has been open for 30 years.
The understanding on this problem has been limited. The best known achievable region is …

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 …

It has been conjectured by Hø-Madsen and Nosratinia that complex Gaussian interference
channels with constant channel coefficients have only one degree-of-freedom regardless of …

We show that the 2× 2× 2 interference network, ie, the multihop interference network formed
by concatenation of two two-user interference channels achieves the min-cut outer bound …

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 …

The subject of this article is the long standing open problem of develo** a general
capacity theory for wireless networks, particularly a theory capable of describing the …

We characterize the generalized degrees of freedom of the K user symmetric Gaussian
interference channel where all desired links have the same signal-to-noise ratio (SNR) and …

We characterize the capacity region to within 2 bits/s/Hz and the symmetric capacity to within
1 bit/s/Hz for the two-user Gaussian interference channel (IC) with feedback. We develop …