Max-Min Greedy Interference Alignment on Linear Deterministic K-User Interference Channels. - Henning Maier; Rudolf Mathar (ICC, 2011)

Cyclic Interference Alignment by propagation delay. - Henning Maier; Johannes Schmitz; Rudolf Mathar (Allerton Conference, 2012)

Uniform and non-uniform delay-rate tradeoffs in partial ergodic interference alignment. - Henning Maier; Rudolf Mathar (ITW, 2012)

Cyclic Interference Neutralization on the full-duplex relay-interference channel. - Henning Maier; Rudolf Mathar (ISIT, 2013)

Cyclic interference neutralization on the 2 × 2 × 2 full-duplex two-way relay-interference channel. - Henning Maier; Rudolf Mathar (ITW, 2013)

Capacity region of the reciprocal deterministic 3-way channel via Δ-Y transformation. - Henning Maier; Anas Chaaban; Rudolf Mathar; Aydin Sezgin (Allerton, 2014)

The degrees-of-freedom of multi-way device-to-device communications is limited by 2. - Anas Chaaban; Henning Maier; Aydin Sezgin (ISIT, 2014)

Degrees of Freedom of the MIMO 3 -way channel. - Henning Maier; Anas Chaaban; Rudolf Mathar (ISITA, 2014)

User-relay duality in cyclic interference alignment for cascaded two-way relay networks. - Henning Maier; Rudolf Mathar (ISITA, 2014)

Symmetric Degrees of Freedom of the MIMO 3-way channel with MT × MR antennas. - Henning Maier; Anas Chaaban; Rudolf Mathar (ITW, 2014)

Cyclic interference alignment and cancellation in 3-user X- networks with minimal backhaul. - Henning Maier; Rudolf Mathar (ITW, 2014)

$Y$-$Δ$ Product in 3-Way $Δ$ and Y-Channels for Cyclic Interference and Signal Alignment. - Henning Maier; Anas Chaaban; Rudolf Mathar (CoRR, 2014)

Towards Transparent Information on Individual Cloud Service Usage. - Martin Henze; Daniel Kerpen; Jens Hiller; Michael Eggert; David Hellmanns; Erik Mühmer; Oussama Renuli; Henning Maier; Christian Stüble; Roger Häußling; Klaus Wehrle (CloudCom, 2016)

Three-Way Channels With Multiple Unicast Sessions: Capacity Approximation via Network Transformation. - Anas Chaaban; Henning Maier; Aydin Sezgin; Rudolf Mathar (IEEE Trans. Inf. Theory, 2016)