The Gaussian Interference Relay Channel with a Potent Relay. - Ye Tian 001; Aylin Yener (GLOBECOM, 2009)

Sum capacity of the deterministic interference channel with an out-of-band half-duplex relay. - Ye Tian 001; Aylin Yener (Allerton, 2010)

Improved Achievable Rates for the Gaussian Interference Relay Channel. - Ye Tian 001; Aylin Yener (ICC, 2010)

The ergodic fading interference channel with an on-and-off relay. - Ye Tian 001; Aylin Yener (ISIT, 2010)

Relaying for multiple sources in the absence of codebook information. - Ye Tian 001; Aylin Yener (ACSCC, 2011)

Harnessing Interference with an Out-of-Band Relay: An Approximate Capacity Result. - Ye Tian 001; Aylin Yener (ICC, 2011)

The Gaussian Interference Relay Channel: Improved Achievable Rates and Sum Rate Upperbounds Using a Potent Relay. - Ye Tian 001; Aylin Yener (IEEE Trans. Inf. Theory, 2011)

Signal space alignment and degrees of freedom for the two-cluster multi-way relay channel. - Ye Tian 001; Aylin Yener (ICCC, 2012)

Guiding blind transmitters: Relay-aided interference alignment for the X channel. - Ye Tian 001; Aylin Yener (ISIT, 2012)

Relays can provide alignment for the K-user interference channel without channel state information at the transmitters. - Ye Tian 001; Aylin Yener (SPAWC, 2012)

Relay-aided interference alignment for the X channel with limited CSI. - Ye Tian 001; Aylin Yener (WCNC, 2012)

Symmetric Capacity of the Gaussian Interference Channel With an Out-of-Band Relay to Within 1.15 Bits. - Ye Tian 001; Aylin Yener (IEEE Trans. Inf. Theory, 2012)

Degrees of freedom optimal transmission for the two-cluster MIMO multi-way relay channel. - Ye Tian 001; Aylin Yener (ICC, 2013)

Guiding Blind Transmitters: Degrees of Freedom Optimal Interference Alignment Using Relays. - Ye Tian 001; Aylin Yener (IEEE Trans. Inf. Theory, 2013)

Degrees of Freedom for the MIMO Multi-Way Relay Channel. - Ye Tian 001; Aylin Yener (IEEE Trans. Inf. Theory, 2014)

Relaying for Multiuser Networks in the Absence of Codebook Information. - Ye Tian 001; Aylin Yener (IEEE Trans. Inf. Theory, 2015)